Star will demonstrate food safety labeling, order accuracy workflows, and cloud-connected POS solutions at Booth 6454 during the 2026 National Restaurant Show.
Chicago, IL – May 15, 2026 – Star Micronics, a global leader in POS hardware, labeling, and cloud printing technology, will exhibit at the 2026 National Restaurant Show, taking place May 16–19 at McCormick Place in Chicago, Illinois. At Booth 6454, Star will showcase integrated solutions for food safety labeling, kitchen execution, and order accuracy in partnership with leading restaurant technology providers.
Food Safety and Traceability Workflows
Star will demonstrate food safety labeling solutions that replace manual processes with automated, connected workflows.
Generate prep, expiration, and traceability labels at the point of food preparation
Replace handwritten logs with consistent, printed labeling
Use die-cut or linerless media depending on workflow needs
More advanced integrations also demonstrate how real-time data can automatically trigger labeling, allowing operators to capture food safety processes without manual input.
KDS and Order Accuracy in the Kitchen
Star is also highlighting how kitchen display systems (KDS), labeling, and verification workflows work together to improve order accuracy in high-volume environments.
In collaboration with Logic Controls, attendees can follow how orders move from the front of house to the kitchen via the KitchenGO KDS platform, where staff can view items on-screen and instantly trigger labels through Star’s labeling workflow tools.
These workflows enable staff to:
Apply sticky linerless labels directly to orders for clear identification
Reduce missed or misrouted items during peak service
Maintain consistency across prep and handoff
Additional demonstrations showcase scan, weigh, and print workflows using integrated hardware, including the mG-T30 POS scale, BSH-32B barcode scanner, and SK1-311 thermal kiosk printer.
These verification workflows allow operators to:
Scan items to confirm order accuracy
Verify portioning or weight-based items
Generate labels or receipts as part of a single process before fulfillment
Cloud and Omnichannel POS Integration
Star’s booth also features cloud-connected POS workflows that support modern restaurant operations across in-store, kiosk, and online ordering environments.
Attendees will see how cloud-based systems can:
Route orders across multiple stations and locations
Print directly from online ordering platforms without local servers
Support consistent workflows across dine-in, takeout, and delivery
Using solutions such as StarIO.Online and CloudPRNT Next, Star enables reliable communication between digital ordering systems and physical kitchen hardware, helping restaurants maintain consistency across locations and service models.
Star will also showcase the mC-Connect cash drawer controller, which allows tablet and cloud POS systems to control cash drawers directly without requiring a printer connection. Designed for modern and space-constrained POS environments, the device supports flexible cash management workflows across retail and hospitality operations.
Partner Ecosystem on Display
At Booth 6454, Star features integrations with a range of restaurant technology partners, demonstrating how hardware and software work together to support real-world operations.
“Restaurants are managing more complexity than ever across ordering channels, kitchen workflows, and compliance requirements. At the National Restaurant Show, we’re focused on showing how integrated solutions, from labeling to KDS to cloud printing, can help operators bring more control, order accuracy and consistency to their day-to-day operations.”
Christophe Naasz, Global Director of Business Development at Star Micronics
Free Order Accuracy and Workflow Audit
In addition to live demonstrations, Star Micronics is offering a complimentary audit for restaurant operators looking to evaluate their current workflows.
The audit identifies gaps in order accuracy, labeling, and kitchen communication, while providing practical recommendations to improve consistency across prep, packaging, and handoff.
Attendees are invited to visit Booth 6454 to see the solutions in action, meet with partners, and schedule a one-on-one workflow review with the Star team.
Star Micronics is a global provider of point-of-sale (POS) hardware, cloud printing, and labeling solutions that help businesses connect digital workflows to real-world operations. Serving retail, hospitality, healthcare, and service industries, Star delivers printing, labeling, cash management, self-service, and cloud-based technologies designed to support scalable, connected, and automated environments. Star’s solutions support Android, iOS, Windows, and web-based platforms and extend into the cloud through services such as CloudPRNT Next and StarIO.Online, Star’s fully managed cloud printing service.
A multi-interface cash drawer controller that enables direct control from POS systems, tablets, and mobile devices using USB, Ethernet, Wireless LAN, and Bluetooth LE.
Somerset, NJ – May 13, 2026 – Star Micronics, a global leader in POS hardware solutions, today announced the launch of the mC-Connect Drawer (MCD10), a cash drawer controller designed to enable control of cash drawers with standard RJ-12 connectivity directly from POS systems, tablets, and mobile devices.
As POS environments continue to expand beyond fixed checkout stations, businesses are deploying mobile devices, tablets, and flexible counter setups alongside traditional printer-based systems. The mC-Connect Drawer supports these environments by enabling direct communication between POS devices and cash drawers, while continuing to work alongside existing printer-driven configurations. It is well-suited for mobile POS, shared till workflows, self-service environments, and multi-lane retail and restaurant deployments.
Direct Cash Drawer Control for Flexible POS Setups
The mC-Connect Drawer allows POS systems, smartphones, and tablets to trigger proximity-based cash drawer opens directly, supporting use cases where a desktop receipt printer is not present or where additional flexibility is needed. It can be used alongside traditional printer-driven setups or as part of mobile and tablet-based POS deployments, including pop-up retail, assisted selling, kiosk, and space-constrained counter environments.
With USB, Ethernet, Wireless LAN, and Bluetooth® Low Energy (Bluetooth LE) 5.0 built into a single device, the mC-Connect Drawer provides multiple connection options without requiring different hardware models. This allows businesses to standardize on a single device across locations, use a shared in-store till, simplify multi-location deployments, and adapt to different POS configurations as needed.
Works with Existing Cash Drawers
The mC-Connect Drawer (MCD10) is compatible with cash drawers that have standard RJ-12 connectors, allowing businesses to add connectivity without replacing existing hardware. It supports up to four cash drawers, making it well-suited for multi-lane and shared POS environments.
This enables businesses to extend the capabilities of their current cash drawer installations while maintaining compatibility with existing equipment and modern POS workflows.
Consistent Operation in High-Use Environments
The mC-Connect Drawer monitors drive voltage and executes open commands only when sufficient power is available, helping prevent failed drawer opens. Commands are held and executed when the device is ready, supporting consistent operation across high-volume retail and restaurant environments.
Software Support for Setup and Integration
The mC-Connect Drawer works with Star Quick Setup Utility, Star Windows Software, and StarXpand SDK, providing tools for configuration and integration into POS applications. It supports communication with Android, iOS, Windows, and web-based systems.
The mC-Connect Drawer is available through Star Micronics’ authorized distribution partners. For more information, visit starmicronics.com or contact your Star Micronics representative.
Star Micronics is a global provider of point-of-sale (POS) hardware, cloud printing, and labeling solutions that help businesses connect digital workflows to real-world operations. Serving retail, hospitality, healthcare, and service industries, Star delivers printing, labeling, cash management, self-service, and cloud-based technologies designed to support scalable, connected, and automated environments. Star’s solutions support Android, iOS, Windows, and web-based platforms and extend into the cloud through services such as CloudPRNT Next and StarIO.Online, Star’s fully managed cloud printing service.
For retailers, grocers, and other businesses using POS scales, compliance is not optional. If a scale is used to determine price based on weight, it must meet legal-for-trade requirements in the region where it is deployed.
That’s where confusion often begins.
Different countries follow different standards, and terms like OIML, NTEP, and Measurement Canada are often used interchangeably when they are not the same. For businesses operating across regions or planning international expansion, understanding these differences is critical.
This guide explains what OIML scales are, how they compare to NTEP and Measurement Canada, and what these standards mean for POS scale deployments in real-world retail and grocery environments.
OIML scales are weighing devices that meet standards set by the International Organization of Legal Metrology (OIML). These standards are designed to ensure accuracy, consistency, and fairness in commercial transactions involving weight.
OIML-certified scales are commonly used in legal-for-trade applications across global markets, particularly in regions outside the United States and Canada.
In practical terms, if a business is selling products by weight in an international market, an OIML-compliant scale is often required to meet local regulations.
What Is OIML Certification?
OIML certification confirms that a scale complies with internationally recognized metrology standards. These standards are defined through a series of technical documents known as OIML recommendations.
These recommendations establish how scales should perform under various conditions, including:
Accuracy and repeatability
Environmental stability
Durability over time
One of the most widely referenced standards is OIML R76, which applies to non-automatic weighing instruments such as retail and grocery POS scales.
For businesses, OIML certification provides confidence that a scale will meet regulatory requirements and deliver consistent, reliable performance in commercial use.
OIML vs NTEP: What’s the Difference?
While both OIML and NTEP relate to legal-for-trade compliance, they apply to different regions and regulatory frameworks.
OIML
International standard
Used in many countries worldwide
Based on global metrology recommendations
NTEP (National Type Evaluation Program)
United States standard
Managed by the National Conference on Weights and Measures (NCWM)
Required for legal-for-trade scales used in the U.S.
The key takeaway is that OIML and NTEP certifications are not interchangeable. A scale approved under one system does not automatically meet the requirements of the other.
For businesses operating globally, this distinction is critical when selecting POS scales for different markets.
OIML vs Measurement Canada: Key Differences
Measurement Canada governs the approval and certification of weighing devices used in commercial transactions within Canada.
While there are similarities between Measurement Canada and OIML standards, they are separate regulatory systems with their own requirements and approval processes.
Measurement Canada
Applies specifically to Canada
Requires approval for legal-for-trade use
Includes inspection and compliance verification
OIML
Applies internationally
Provides a framework for global standardization
Some devices may align with both sets of requirements, but approval in one region does not guarantee compliance in another. Businesses must ensure that their POS scales meet the specific certification requirements of each country where they operate.
What Are OIML Recommendations (and Why They Matter)?
OIML recommendations are technical guidelines that define how weighing instruments should perform. These documents serve as the foundation for OIML certification.
They cover areas such as:
Measurement accuracy
Tolerance limits
Environmental testing
Device classification
For example, OIML R76 outlines the requirements for non-automatic weighing instruments, including most retail POS scales.
These recommendations help ensure consistency across international markets, making it easier for manufacturers and businesses to align with global standards.
What This Means for POS Scales in Retail and Grocery
For businesses using POS scales, compliance directly impacts day-to-day operations.
If a scale does not meet the required certification:
It cannot legally be used to sell products by weight
Transactions may be subject to regulatory penalties
Customer trust can be impacted
This is especially important for:
Grocery stores
Delis and fresh food counters
Specialty retail (including cannabis and bulk goods)
For multi-location or international businesses, the challenge increases. Each location must meet the specific requirements of its region, whether that means OIML, NTEP, or Measurement Canada certification.
Selecting the right POS scale is not just about performance. It is about ensuring compliance across every location where the business operates.
When selecting a POS scale, businesses need to balance compliance requirements with day-to-day operational performance. The right solution should meet regional regulations while supporting fast, accurate transactions at the point of sale.
For example, a grocery POS scale deployed in Europe may require OIML compliance, while the same deployment in the United States would require NTEP certification. Understanding where and how the scale will be used is the first step in selecting the right device.
Key factors to consider include:
Required certification (OIML, NTEP, or Measurement Canada)
Integration with POS systems and retail workflows
Accuracy and reliability in high-volume environments
Durability for consistent daily use
A legal-for-trade POS scale that does not integrate well into the POS workflow can still create operational challenges. The goal is to choose a solution that meets regulatory requirements while supporting efficient, scalable transactions across locations.
How Star Micronics Supports Global POS Scale Compliance
Star Micronics provides POS scale solutions designed to meet the needs of modern retail and grocery environments, where compliance and performance must work together.
Star POS scales are built to support:
Legal-for-trade compliance across multiple regions
Reliable performance in high-volume environments
Integration with POS systems and retail workflows
With a focus on accuracy, durability, and ease of use, Star helps businesses deploy POS scale solutions that meet regulatory requirements and real-world operational demands.
Star’s OIML-certified POS scales are available in regions outside the United States, including Europe. To learn more about availability and deployment options, reach out to the Star Micronics team in the UK.
Understanding OIML, NTEP, and Measurement Canada requirements helps businesses avoid compliance issues and confidently deploy POS scale solutions across regions. With the right hardware and approach in place, compliance becomes a built-in advantage, not a barrier to growth.
Learn more about Star Micronics POS scales and compliance-ready solutions for global retail and grocery environments.
Frequently Asked Questions (FAQs) About OIML Scales
What does OIML stand for?
OIML stands for the International Organization of Legal Metrology. It is a global organization that develops standards and recommendations for measuring instruments used in commercial transactions.
What is an OIML scale?
An OIML scale is a weighing device that meets the standards set by the International Organization of Legal Metrology. These scales are typically used in legal-for-trade applications in international markets.
What is the difference between OIML and NTEP certification?
OIML is an international standard, while NTEP applies specifically to the United States. Both ensure accuracy and compliance for legal-for-trade scales, but they are governed by different organizations and are not interchangeable.
Are OIML scales required in the U.S.?
No. In the United States, legal-for-trade scales must be NTEP certified. OIML certification is generally used in international markets outside the U.S.
Can a scale be both OIML and NTEP certified?
Yes. Some manufacturers design scales to meet both OIML and NTEP requirements, allowing them to be used in multiple regions. However, each certification must be obtained separately.
What are OIML recommendations?
OIML recommendations are technical guidelines that define how weighing instruments should perform. They serve as the basis for OIML certification and help ensure consistency across international markets.
What are the classes of OIML scales?
OIML classifies scales based on their level of accuracy. Common classes include:
Class I: High-precision laboratory scales
Class II: Precision scales used in laboratories and some retail applications
Class III: Commercial scales used in retail and grocery environments
Class IIII: Scales used for less precise applications such as bulk weighing
Most POS scales used in retail fall under Class III.
What are the classes of OIML weights?
OIML weights are also classified by accuracy, ranging from high-precision classes such as E1 and E2 to lower-precision classes like M1, M2, and M3. These weights are used to calibrate and verify the accuracy of scales.
What does legal-for-trade mean for POS scales?
Legal-for-trade means a scale meets the regulatory requirements needed to be used in commercial transactions where price is determined by weight. Certification ensures accuracy, fairness, and compliance with local laws.
Star Micronics kitchen printing pairs with OneTablet’s delivery revenue platform to help restaurants increase order volume, improve menu conversion, and fulfill off-premise orders with greater accuracy.
Somerset, NJ – May 1, 2026 – Star Micronics, a global provider of point-of-sale (POS) hardware, cloud printing, and labeling solutions, today announced its collaboration with OneTablet, a restaurant technology platform that helps independent restaurants and multi-location operators generate more revenue from third-party delivery. Together, the companies give restaurants the tools to improve menu visibility, conversion rates, and average order value across delivery platforms, while ensuring every order prints reliably at the right station.
Third-party delivery now accounts for 30% or more of a restaurant’s revenue, and that share continues to climb. Restaurants that aren’t actively optimizing their presence on DoorDash, Uber Eats, and Grubhub are leaving money on the table. OneTablet gives operators the tools to win on these platforms: better menu visibility, stronger conversion rates, higher average order values, and the performance data to know what’s working and what isn’t.
As that order volume grows, kitchens need hardware that can keep up. Star’s TSP100 series delivers the print speed, reliability, and uptime that high-volume delivery operations demand, so every ticket reaches the right station, every time.
From Delivery Platform to the Kitchen Line
Aggregating orders is only part of the workflow. Restaurants also need to manage menus, monitor performance across delivery platforms, and maintain control over how orders are prepared and fulfilled.
OneTablet is the operating system for off-premise restaurant operations, consolidating Uber Eats, DoorDash, and Grubhub into a single, unified platform. Beyond order aggregation, it gives operators centralized control over menus, pricing, and prep timing, while delivering real-time reporting across all channels.
By surfacing performance data at the item, channel, and store level, OneTablet enables restaurants to continuously optimize their delivery business—adjusting menus, pricing, and availability to increase conversion, improve order volume, and maximize revenue. Through its integration with Star Micronics printers, OneTablet extends that control directly into the kitchen, ensuring orders are automatically routed, organized, and printed at the appropriate prep stations. This creates a seamless connection between digital optimization and in-store execution, reducing errors and improving throughput during peak service.
Star’s TSP100 series thermal ticket printers, including the TSP143III (LAN, USB, and Bluetooth models), as well as the TSP143IV X4 and TSP143IV SK X4 sticky linerless label printers, were tested across OneTablet’s platform and performed reliably in each configuration. This allows restaurants to use the same trusted hardware for both standard ticket printing and sticky labeling workflows, depending on their kitchen setup.
Supporting High-Volume Delivery Workflows
Off-premise orders introduce significant pressure during peak hours, where missed tickets, unclear modifications, or delayed prints can quickly lead to errors and slowdowns.
By combining OneTablet’s order aggregation with Star’s reliable printing, restaurants can:
route orders instantly to the correct prep station
maintain clear, readable tickets during peak volume
reduce missed or duplicated orders
kitchens moving at the pace of incoming delivery demand
“Delivery isn’t linear. Orders hit in waves from multiple platforms at the same time. At OneTablet, we bring structure to that. We organize and route orders so kitchens can actually execute. If tickets are not clear and in the right place immediately, performance drops fast. Star gives us the consistency on the print layer to make sure that does not happen.”
Marcel Grangien, CEO and Director at OneTablet
“As restaurants take in orders from multiple delivery channels, consistency at the kitchen level becomes critical. By working with OneTablet, we’re helping ensure those orders are reliably routed and printed at the right station, so staff can act on them immediately without confusion or delay.”
Jon Levin, Director of Product Management at Star Micronics
Extending Workflows with Labeling
In addition to ticket printing, labeling can be used to support order identification and quality control for off-premise orders. Applying labels to bags, containers, or drinks helps staff verify items before they leave the kitchen, reducing handoff errors during busy service periods.
As delivery volume increases, combining order aggregation, printing, and labeling provides a more controlled workflow from order intake to fulfillment.
For more information about Star Micronics solutions, visit starmicronics.com.
OneTablet is a restaurant technology platform designed to help independent restaurants and multi-location operators generate more revenue from third-party delivery. The platform consolidates DoorDash, Uber Eats, and Grubhub into a single dashboard, enabling operators to manage menus, improve visibility, increase conversion rates, and grow average order value across all channels.
Unlike traditional POS-based integrations, OneTablet operates at the platform layer, giving restaurants direct control over menus, pricing, availability, and store operations within each marketplace. This allows operators to improve key performance drivers such as item availability, prep times, cancellations, and customer ratings—ultimately increasing order volume and revenue.
Through advanced reporting and menu optimization tools, OneTablet surfaces actionable insights that help restaurants identify opportunities to improve performance, drive more orders, and capture incremental revenue.
Originally founded as MealCo and relaunched as OneTablet in 2025, the company serves independent restaurants, enterprise brands, and digital-first operators across the United States.
Star Micronics is a global provider of point-of-sale (POS) hardware, cloud printing, and labeling solutions that help businesses connect digital workflows to real-world operations. Serving retail, hospitality, healthcare, and service industries, Star delivers printing, labeling, cash management, self-service, and cloud-based technologies designed to support scalable, connected, and automated environments. Star’s solutions support Android, iOS, Windows, and web-based platforms and extend into the cloud through services such as CloudPRNT Next and StarIO.Online, Star’s fully managed cloud printing service.
In a busy kitchen or retail environment, everything runs smoothly until it doesn’t. Orders are coming in, labels should be printing, and suddenly the printer slows down. Labels tear instead of separating cleanly. The cutter jams. Staff stop what they are doing to troubleshoot, and operations stall.
This is a common issue with many label printers. Adhesive buildup from labels accumulates over time, especially in high-volume environments or when switching between media types. As residue collects on the printer cutter, it can cause jams, miscuts, and inconsistent label output. When maintenance is delayed, performance declines and downtime increases.
Cleaning printers is a critical part of label printer maintenance for businesses that rely on accurate, consistent labeling. Multifunction printers handle linerless labels, die-cut labels, continuous media, and receipts, but they require regular cleaning to keep cutters operating properly.
This guide explains how to clean printer cutters, prevent adhesive buildup, and maintain reliable label printing in high-volume operations.
A gummed-up printer cutter occurs when adhesive residue builds up on the cutter blade. Over time, this residue collects paper dust and label debris.
As buildup increases, the cutter can become sticky, misaligned, or unable to cut cleanly. This leads to poor performance, inconsistent output, and eventual printer issues if left unaddressed.
A gummed-up printer cutter leads to poor performance and eventual printer issues if unaddressed.
How Often Should You Clean a Label Printer Cutter?
Cleaning frequency depends on print volume, media type, and overall label printer usage.
High-volume environments and linerless label usage typically require more frequent cleaning due to increased adhesive exposure. Linerless labels, in particular, apply adhesive across the entire label surface, which makes buildup more likely.
Rather than relying only on a fixed schedule, maintenance alerts are often a better approach. Alerts help ensure cleaning happens when it is actually needed, not too early and not too late.
The Risks of Not Regularly Cleaning Printers
Failing to clean printer cutters regularly can lead to a range of operational and mechanical issues:
Incomplete cuts, where labels tear instead of separating cleanly
Cutter jams that cause print queues to back up
Increased strain on the cutter motor, leading to long-term wear
Unexpected downtime that interrupts workflows and delays orders
Reactive maintenance that pulls staff away from their primary tasks
Workarounds that bypass labeling altogether, increasing the risk of errors, missing allergen information, or incorrect orders
Damage to brand perception when operations appear inconsistent or unreliable
Over time, these issues compound. What starts as minor buildup can lead to more serious printer performance problems if not addressed early.
How to Clean a Label Printer Cutter
Keeping printer cutters clean is a simple process when done regularly. With the right approach, staff can remove adhesive buildup quickly and keep printers running without interruption.
1. Power Off and Open the Printer
Turn off the printer before performing any maintenance.
Open the printer cover to access the cutter area.
Ensure the printer is stable and safe to handle before proceeding.
2. Locate the Cutter Blade and Surrounding Area
Identify the cutter blade where labels or receipts are cut.
Check for visible adhesive buildup, dust, or debris.
Pay attention to edges where residue tends to collect.
3. Remove Adhesive Buildup
Use the adhesive side of an unused label to lift gum and residue.
Gently press and pull to remove buildup from the cutter surface.
Avoid using sharp objects or abrasive materials.
4. Clear Loose Debris
Remove any remaining paper dust or label fragments.
Ensure the cutter area is free of obstructions.
Keep the cleaning process controlled and precise.
5. Close the Printer and Test
Close the printer securely after cleaning.
Power the printer back on.
Run a test print to confirm smooth, clean cuts.
Printer Cleaning Do’s and Don’ts
Do
Follow manufacturer guidelines for cleaning and maintenance
Clean printer cutters regularly, especially in high-volume or linerless environments
Use approved methods, such as the adhesive side of a label, to remove buildup
Perform cleaning in a controlled, well-lit area to ensure accuracy
Don’t
Use sharp tools or abrasive materials that can damage the cutter
Apply harsh chemicals that may affect printer components
Attempt to clean the printer while it is powered on
Ignore early signs of buildup, such as uneven cuts or minor jams
Keep your label printers working by following best practices for cleaning printer cutters.
Best Practices for Cleaning Printer Cutters
Keeping printer cutters clean comes down to a few practical maintenance habits.
Follow Maintenance Alerts, Not Just Schedules: Print volume can vary significantly. Built-in maintenance alerts help ensure cleaning happens at the right time, before performance issues begin.
Make Cleaning Instructions Easy to Access: When cleaning is required, staff need clear, immediate guidance. Printers that provide quick access to step-by-step instructions make maintenance easier and more consistent.
Simplify the Cleaning Process: If maintenance is complicated, it will be delayed. Tool-free access and clearly designed components allow staff to clean printers quickly without relying on IT support.
Replace Worn Parts Before They Fail: Even with regular cleaning, cutters and platens wear over time. Replacing these components proactively helps prevent jams and keeps printers performing reliably.
Printer Cleaning and Maintenance Made Easy with Star Micronics
Keeping label printers clean should not require specialized training or disrupt daily operations. In high-volume environments, printer cleaning and maintenance need to be simple, repeatable, and built into normal workflows. Star printers are designed so routine label printer maintenance can be performed by staff in minutes, without tools, service calls, or operational delays.
The mC-Label2 and mC-Label3 multifunction label printers are built to support routine cleaning without technical expertise. Built-in maintenance alerts notify staff when attention is needed, helping prevent adhesive buildup before it impacts performance. When it’s time to clean, QR code-driven instructions provide immediate access to step-by-step guidance, so employees can act quickly and confidently.
Cleaning the printer cutter is straightforward. In many cases, staff can use the adhesive side of an unused label to remove gum and debris from the cutter. Tool-free, color-coded components make it easy to access, clean, and reassemble parts without delays or IT support.
Replace worn cutters and platens quickly to extend printer life and reduce downtime
Designed for high-volume environments and multi-media printing, where adhesive buildup is more likely
Frequently Asked Questions About Cleaning Printers
How often should you clean a printer cutter?
A printer cutter should be cleaned based on print volume and media type. High-volume environments and linerless label printing require more frequent cleaning due to adhesive buildup. Maintenance alerts help ensure cleaning happens at the right time.
What causes a label printer cutter to become gummed up?
A label printer cutter becomes gummed up when adhesive residue builds up on the cutter blade. This residue collects paper dust and debris, causing the cutter to become sticky, misaligned, or unable to cut cleanly.
What happens if you do not clean a printer cutter?
A dirty printer cutter causes incomplete cuts, label tearing, and frequent jams. Over time, this increases wear on the cutter mechanism and leads to downtime that disrupts labeling workflows.
How do you clean a label printer cutter?
To clean a label printer cutter, use the adhesive side of an unused label to remove buildup from the cutter blade. Always follow manufacturer instructions and ensure the printer is powered off before cleaning.
Do linerless labels require more printer maintenance?
Yes. Linerless labels apply adhesive across the entire label surface, increasing the likelihood of buildup on the printer cutter. More frequent printer cutter cleaning is required in these environments.
Can employees clean printer cutters without technical training?
Yes. Printers designed with tool-free access and guided instructions allow staff to perform printer cutter cleaning without technical training or IT support.
When should you replace a printer cutter or platen?
Replace a printer cutter or platen when cleaning no longer resolves cutting issues, or when consistent jams and uneven cuts occur.
How can businesses reduce printer downtime caused by cutter issues?
Businesses can reduce printer downtime by performing regular printer cutter cleaning, following maintenance alerts, and replacing worn parts proactively. Using printers designed for easy maintenance improves consistency and reliability.
For many QSRs, order complexity doesn’t become a problem until volume increases. Dine-in, takeout, online ordering, and delivery platforms all feed into the same kitchen, but without structured routing, orders can bottleneck at the wrong stations or get lost in the flow.
That’s exactly what Sal y Limón Mexican Cuisine was facing. As order volume grew across channels, the kitchen needed a way to route items to the right preparation areas and ensure tickets were clear, consistent, and easy to act on during peak hours.
Working with YOGO POS, the team implemented a kitchen printing and order routing system using Star Micronics printers and the StarXpand™ SDK. Orders from multiple sources were directed to specific stations, with dedicated printers supporting each part of the workflow.
We put together a short case study that looks at how the system was configured, how the integration was handled, and what changed once routing and printing were aligned with kitchen operations.
Download the full case study to see how the deployment was structured and scaled.
The partnership combines automated labeling technology with compact, reliable printing to help foodservice operators improve traceability, compliance, and kitchen efficiency.
Somerset, NJ – April 14, 2026 – Star Micronics, a global leader in POS hardware, labeling, and cloud printing technology, today announced a partnership with Kitchen Technology, Innovations by ICC (KTI/ICC) to integrate the i.Print3™ automated labeling solution with Star’s mC-Label2 multifunction label printer. The combined solution helps foodservice operators automate food preparation labeling, improve traceability, and support food safety compliance across modern kitchen environments.
Foodservice operations often rely on handwritten labels or preprinted label sheets for food preparation and grab-and-go items. These manual processes can lead to inconsistent labeling, wasted materials, and increased labor. Integrating the i.Print3 device with Star’s mC-Label multifunction printer series, including the compact mC-Label2 and mC-Label3 printers, allows operators to generate clear, accurate labels at the point of food preparation, including preparation dates, expiration times, and other key food safety information.
Automating Food Safety Labeling in the Kitchen
The i.Print3 device is designed to automate kitchen labeling workflows in fast-paced foodservice environments. Instead of relying on multiple tools and fragmented workflows, the solution combines hardware, software, and cloud connectivity into a single integrated labeling platform.
Cloud-based traceability allows operators to store labeling data and maintain records that support food safety oversight and operational visibility. This capability helps organizations track food preparation information, improve accountability, and support compliance with evolving regulatory and food safety requirements.
“The i.Print3 was developed to simplify labeling and food safety processes for foodservice operators. Partnering with Star Micronics allows us to deliver a complete labeling solution that fits right into kitchen environments while supporting accurate, automated food safety labeling.”
Mark Salerno, Solutions Architect at Kitchen Technology, Innovations by ICC
Compact Hardware Designed for Busy Kitchens
Star’s mC-Label2 printer provides the compact footprint and operational flexibility required in space-constrained kitchen environments where countertop space is limited and efficiency is critical.
The printer’s front-loading design allows labels to be reloaded without removing the device from the counter, making it easier to maintain during busy service periods. The integrated cutter supports die-cut labels and allows operators to use multiple label sizes, providing flexibility for different food preparation and labeling workflows.
“The mC-Label2 was an ideal fit for this solution because of its compact design, reliability, and flexible media support. These features allow the labeling system as a whole to fit naturally into real kitchen workflows without adding complexity.”
Mark Salerno
Supporting a Wide Range of Foodservice Environments
The combined solution is designed for a variety of foodservice and retail food preparation environments, including quick-service restaurants (QSRs), convenience stores, grocery prepared food departments, and institutional kitchens such as hospitals and cafeterias.
By printing labels directly at the prep station, the i.Print3 and mC-Label2 turn a traditionally manual task into a fast, automated process that improves food safety visibility and keeps kitchen teams moving without interruption.
With more than four decades of experience developing technology solutions for the foodservice industry, KTI/ICC brings deep industry knowledge to the partnership. By combining KTI/ICC’s foodservice automation expertise with Star Micronics’ reliable printing hardware, the partnership delivers a modern solution for automated food preparation labeling.
For more information about Star Micronics solutions, visit starmicronics.com.
To learn more about Kitchen Technology, Innovations by ICC and the i.Print3™ solution, visit onkti.com.
Founded in 1987, Kitchen Technology, Innovations by ICC. (ICC) and its innovation division, Kitchen Technology Innovations (KTI), develop advanced, integrated technologies for the foodservice industry. Leveraging decades of expertise and a portfolio of patented solutions, KTI/ICC delivers intelligent systems that digitize food safety, automate product management, and provide real-time operational visibility across multi-unit environments. Designed for scalability and ease of use, KTI/ICC’s platform enables operators to reduce risk, improve consistency, and optimize performance. The family-founded company supports leading global brands, including EB Group, Paradies Lagardère, and Burger King.
Star Micronics is a global provider of point-of-sale (POS) hardware, cloud printing, and labeling solutions that help businesses connect digital workflows to real-world operations. Serving retail, hospitality, healthcare, and service industries, Star delivers printing, labeling, cash management, self-service, and cloud-based technologies designed to support scalable, connected, and automated environments. Star’s solutions support Android, iOS, Windows, and web-based platforms and extend into the cloud through services such as CloudPRNT Next and StarIO.Online, Star’s fully managed cloud printing service.
The integration combines ConnectedFresh’s IoT monitoring and food safety platform with Star’s cloud printing technology to automate mission-critical workflows, dramatically improving documentation and reducing food waste and risk for foodservice operations.
Somerset, NJ – April 13, 2026 – Star Micronics, a global leader in POS hardware and cloud printing technology, today announced that ConnectedFresh has integrated Star’s mC-Label3 multifunction label printer and StarIO.Online fully managed cloud printing service into its digital food safety platform. The integration enables restaurants and foodservice operators to generate accurate, traceable food labels directly from the ConnectedFresh platform, helping improve compliance, increase food safety visibility, and reduce manual labeling tasks.
Connecting Digital Food Safety Monitoring to Physical Labeling
ConnectedFresh uses wireless IoT sensors to give restaurant and foodservice operators real-time visibility into temperature conditions, equipment performance, and food safety compliance across their locations. Through the integration with Star Micronics, that digital food safety data can now trigger on-demand label printing via StarIO.Online, connecting digital records to printed labels that document preparation details, product information, and traceability records. Because Star manages the cloud infrastructure, labels can be generated without local servers or complex on-site IT setup.
Supporting FSMA Traceability and Recordkeeping
With the FDA’s Food Safety Modernization Act (FSMA) Section 204 Food Traceability Rule requiring expanded recordkeeping for certain foods, foodservice operators are strengthening their traceability processes ahead of the rule’s enforcement date in July 2028. Many operators are moving away from manual logs and handwritten labels toward digital systems that can automatically document Critical Tracking Events and maintain accurate traceability records.
By combining ConnectedFresh’s platform with Star’s labeling and cloud printing technology, operators can automatically generate labels documenting key food safety and traceability information, including preparation dates, product details, and cooling records. For time-sensitive compliance tasks like cool-down logging, ConnectedFresh sensors can monitor the entire process and automatically trigger a printed label documenting the result, helping improve documentation accuracy while reducing labor, food waste, and risk.
On-Demand Labeling for Real Kitchen Workflows
Star’s mC-Label3 multifunction printer supports a wide range of labeling applications in foodservice environments, including food preparation, grab-and-go packaging, and product identification, while supporting multiple media types such as linerless and die-cut labels. Star’s mG-T30 scale is also integrated with the platform, enabling weight-based labeling and verification as an additional capability for foodservice operations.
“ConnectedFresh is built to help operators stay on top of food safety without adding more complexity to the kitchen. Working with Star lets us connect our platform directly to reliable labeling hardware so teams can print accurate, traceable labels at the exact moment food is prepared, cooled, or packaged.”
Jake Simon, Co-founder and CEO of ConnectedFresh
“Food safety and traceability are becoming more data-driven, and operators need solutions that can scale across every location. By bringing together ConnectedFresh’s sensor-driven platform and Star’s labeling and cloud technologies, this partnership helps standardize how food safety information is captured and managed across distributed operations.”
Christophe Naasz, Global Director of Business Development at Star Micronics
Cloud-Connected Printing for Multi-Location Foodservice
StarIO.Online enables cloud applications to manage and control printers remotely, allowing businesses to deploy and monitor labeling across distributed locations without maintaining on-site infrastructure. This allows ConnectedFresh users to standardize and scale labeling workflows across multiple kitchens, restaurants, and food preparation facilities using a single, versatile device that supports food safety labeling, grab-and-go labeling, and order accuracy workflows.
For example, when ConnectedFresh sensors confirm that a food item has completed its cool-down process within the required time and temperature range, the platform can automatically generate and print a label documenting the completion time and product details, ready to apply directly to the stored product without any manual logging.
By combining ConnectedFresh’s digital food safety platform with Star’s labeling and cloud printing technologies, the integration helps operators bridge the gap between digital compliance systems and real-world kitchen operations.
For more information about Star Micronics solutions, visit starmicronics.com.
ConnectedFresh is the most comprehensive sensor-driven intelligence platform built for foodservice, helping restaurants and food operators automate food safety processes, monitor facilities and equipment in real time, and manage risk and compliance across all locations. The platform is powered by wireless IoT sensor hardware, sourced and passed through to customers at cost, delivering real-time visibility from the kitchen floor to the back office. Through integrations with partners like Star Micronics, ConnectedFresh extends that intelligence to physical labeling, connecting digital food safety records with printed documentation for improved traceability.
Star Micronics is a global provider of point-of-sale (POS) hardware, cloud printing, and labeling solutions that help businesses connect digital workflows to real-world operations. Serving retail, hospitality, healthcare, and service industries, Star delivers printing, labeling, cash management, self-service, and cloud-based technologies designed to support scalable, connected, and automated environments. Star’s solutions support Android, iOS, Windows, and web-based platforms and extend into the cloud through services such as CloudPRNT Next and StarIO.Online, Star’s fully managed cloud printing service.
Cash drawer security remains essential as consumers continue to use cash. Secure cash drawers feature robust access control and connectivity to the point-of-sale (POS) system, enabling greater oversight and employee accountability. Secure cash drawers also help to reduce human error and losses by keeping cash organized. Cash drawer construction also plays an important role in preventing jams and failures that lead to workarounds and put cash at risk.
Cash Is Still Common — and It Still Needs to Be Secured
Although digital transactions account for an increasing share of payments, merchants still need to maintain focus on cash drawer security. Statistics from the Federal Reserve confirm that U.S. consumers use cash for about 14% of payments, and that rate has stayed steady for the past five years. Furthermore, the Fed reports that 90% of U.S. consumers intend to use cash to store value in the future. Older consumers are more likely to have cash in their wallets, but Empower reports that 24% of Gen Z carry cash daily.
The staying power of cash transactions can benefit merchants. With cash, merchants instantly have funds, and there are no processing fees or chargebacks when customers pay with cash. On the other hand, keeping cash secure and ensuring there aren’t any errors in till cash balances are long-term challenges.
Pros of Accepting Cash
Cons of Accepting Cash
Immediate access to funds
Risk of shrinkage
No payment processing fees
Manual counting and reconciliation required
No chargebacks or payment disputes
Risk of employee theft
Works during internet or network outages
Greater need for secure storage and procedures
Accessible for all customers
Human error when making change
So, as long as consumers use cash, merchants need more than just a drawer for bills and change. They need a secure cash drawer designed for accountability and durability.
What is a Secure Cash Drawer?
A secure cash drawer is a cash drawer that combines physical durability with controlled access through POS system integration. In most modern POS environments, the cash drawer opens only when triggered by the receipt printer or POS terminal, ensuring that every drawer open is tied to a transaction or authorized action. This creates a record of drawer activity and limits unauthorized access to cash.
Secure cash drawers also include durable steel construction, secure bill clips, multiple till configurations, and lock mechanisms that prevent forced entry or accidental opening.
How Cash Drawer Security Works
Cash drawer security features help businesses control access to cash, reduce internal theft, prevent cash handling errors, and ensure the drawer can withstand high transaction volumes without failure.
1. Cash Drawers Give Merchants Access Control
The most important rule of cash handling is simple: when the drawer is not in use for a transaction, it should be locked. Secure cash drawers are typically connected to the POS terminal or receipt printer and open only when triggered by a transaction or authorized function. This ensures that employees must be logged into the system to access till cash and creates a record of each drawer open, improving accountability and reducing opportunities for unauthorized access.
2. Insider Threat Mitigation with Cash Drawer Security
Lax cash drawer security can tempt employees. A&M Consumer Retail Group reports that it’s a threat merchants must acknowledge, with over 50% of shrinkage coming from internal factors like employee theft. Cash drawers that interface with the POS system allow merchants to set policies for when the drawer can open and when manager authorization is required, for example, for voids, returns, or “no sales.”
Secure cash drawers help enforce cash handling policies. For example, the POS system can require manager authorization for voids, returns, or “no sale” drawer opens. Drawers that support multiple removable tills allow businesses to assign one till per cashier, making it clear who is responsible for the cash in that drawer during each shift and simplifying reconciliation.
3. Reducing Human Error with Secure Cash Drawers
The till design is also a factor in cash drawer security. Having the right number and size of compartments can help prevent cashiers from making mistakes, such as giving a $20 bill in change when $10 was due.
An organized till reduces mistakes during transactions and makes end-of-shift reconciliation faster and more accurate. Proper till configuration is often an overlooked aspect of cash drawer security because disorganized drawers lead directly to cash-handling errors.
4. Cash Drawers Need Strong Physical Security Features
Cash drawers must be built to withstand daily use. In high-volume environments like grocery, cannabis, QSR, and large retail stores, drawers may open hundreds of times per day. All-steel construction, reinforced rails, metal bill clips, and dual-lock systems help prevent forced entry and reduce failures that can lead to security workarounds.
The CD5-1918 Max Series Cash Drawer by Star Micronics
Quick Cash Handling Security Checklist
Businesses can improve cash drawer security by following these best practices:
Use POS-triggered drawers instead of manual key-only drawers
Assign one till per cashier
Require manager approval for no-sale drawer opens
Store large bills under the till
Perform till counts at the beginning and end of each shift
Reconcile cash in a secure back-office location
Use steel cash drawers in high-volume environments
In addition to the cash drawer itself, several accessories can improve cash handling security and prevent unauthorized access.
Locking Till Covers
Locking till covers allow tills to be securely stored in a safe or back office during shift changes or when the drawer is not in use. This prevents loose cash from being transported in bags or left unsecured.
Under-Counter Mounting Brackets
Under-counter mounting brackets secure the cash drawer to the counter, preventing the drawer from being removed from the POS station. This is commonly used in retail and hospitality environments where the risk of theft is higher.
Dual Drawer Secure Cable
In dual drawer environments, traditional “Y” cables allow two drawers to connect to one printer, but they can create a security risk because drawers can be swapped at the printer. Secure dual drawer cables prevent drawer swapping by creating a fixed connection between the printer and both drawers, making it much more difficult for an employee to access a second drawer without authorization.
These accessories are often used in high-volume retail, grocery, cannabis, and hospitality environments where multiple employees share POS stations and cash handling controls are especially important.
How to Choose a Secure Cash Drawer
Choosing a secure cash drawer is not just about size or price. The right drawer should match your transaction volume, integrate with your POS system, and support your cash handling procedures. In high-volume environments like retail, grocery, cannabis, and QSR, drawers must withstand constant use while maintaining controlled access to cash. In lower-volume environments, compact drawers with reliable POS integration and basic locking features may be sufficient.
When evaluating cash drawer security, businesses should consider:
Steel construction and durability for high open/close environments
POS or receipt printer interface compatibility for controlled drawer opening
Till configuration and removable tills for shift-level accountability
Locking mechanisms and key options for controlled access
Mounting options such as under-counter brackets to prevent drawer removal
Support for dual drawer installations to prevent drawer swapping
A secure cash drawer should support your cash handling procedures, not work against them. The goal is simple: limit access, create accountability, and make cash handling as controlled and traceable as possible.
Cash Drawer Security by Industry
Cash drawer security requirements vary by industry:
Retail: High transaction volume requires heavy-duty steel drawers and removable tills for multiple cashiers.
Grocery: Drawers open frequently and require reinforced rails and high-capacity tills.
Quick-Service Restaurants: Compact POS cash drawers are common, often connected to receipt printers.
Cannabis: Secure cash handling is critical due to cash-heavy operations and compliance requirements.
Hospitality:Bars and cafés often use compact drawers with under-counter mounting for security.
Star Micronics offers cash drawers and cash handling accessories designed for retail, grocery, hospitality, cannabis, and other environments where secure cash management is important.
CD5 Max Series Cash Drawers: The CD5 Max Series is designed for cash-heavy environments where durability and cash handling control are critical. These heavy-duty steel cash drawers are commonly used in grocery stores, large retail, QSRs, and cannabis environments where drawers open frequently throughout the day.
Key security features include:
Heavy-duty all-steel construction in every popular size
Dual interface (DK and USB) for POS or printer-driven operation
Reinforced drawer rails for high open/close cycles (millions of operations)
Dual or multiple media slot options for checks and large bills
Multiple till configurations to support different environments
Dual-locking mechanisms on select models
These features help businesses maintain drawer reliability, control access to cash, and support consistent cash handling procedures in high-volume environments.
CD5 Max Series Cash Drawers
Designed for high-cash-volume environments, the CD5 Max Series features heavy-duty steel construction, dual lock options, and under-till storage for added organization. Multiple sizes and DK/USB interface options allow easy connectivity with virtually any POS system.
CD4 Choice Series Cash Drawers: The CD4 Choice Series is a standard-duty cash drawer designed for general retail, hospitality, and point-of-sale environments that need reliable cash handling with essential security features. These POS cash drawers are commonly used in retail stores, cafés, bars, and service counters where a compact drawer and dependable operation are required.
Key security features include:
Durable steel construction with reinforced steel top
Multiple lockset options for key control and drawer access management
Dual media slots for storing checks or large bills without opening the drawer
Secure bill clips to keep cash organized and in place
Multiple till configurations to support different cash handling needs
Standard-duty cash drawers like the CD4 are used in environments with moderate transaction volumes, but secure cash handling and POS-controlled drawer opening remain important.
Star Cash Drawer Accessories and Tills
In addition to cash drawers, Star offers cash handling accessories that help businesses improve security and cash control procedures:
Using removable tills and locking till covers helps businesses assign responsibility for cash to individual cashiers and transport tills securely to the back office for reconciliation. Mounting brackets help prevent the drawer from being removed from the POS station, and secure dual drawer cables help prevent unauthorized access in dual-drawer POS setups.
These accessories are commonly used in multi-employee environments where multiple cashiers share POS stations and cash control procedures are important for loss prevention and accurate reconciliation.
Frequently Asked Questions About Cash Drawer Security
What makes a cash drawer secure?
A cash drawer is considered secure when it has durable steel construction, a reliable locking mechanism, and controlled opening through the POS system or receipt printer. Security also depends on proper till organization, removable tills to support cashier accountability, and consistent cash-handling procedures, such as shift counts and reconciliation.
How do cash drawers prevent employee theft?
Secure cash drawers give employees access to cash only when necessary and authorized, i.e., when accepting cash payments or making change. A secure cash drawer will also communicate with the POS system to track when an employee opens the drawer for any reason, and keep a record for reconciliation and accountability.
How does a cash drawer connect to a POS system?
Most modern cash drawers connect to the POS system through the receipt printer or directly to the POS terminal. In many setups, the cash drawer is connected to the receipt printer using a drawer cable, and the printer sends a signal to open the drawer when a cash transaction is completed. This is often called a printer-driven cash drawer.
This setup allows the POS system to control when the drawer opens and helps ensure that the drawer only opens for recorded transactions or authorized functions such as returns or no-sale opens with manager approval. Some basic cash drawers operate manually using only a key, but POS-controlled drawers provide much better security and accountability.
Why is the removable till important for cash handling?
One till per cashier has numerous benefits for secure cash handling. It enables secure transport of till cash when the cashier begins the shift and when carrying cash from the shift to the back office for reconciliation. Tills can be stored in a safe rather than in the drawer when not in use. Cash is never stored less securely, for example, in a bank bag or loose, and cashiers are each accountable for the cash in the tills they’re using.
What is the most durable cash drawer for high-volume retail?
The most durable cash drawers for high-volume environments are made of all-steel construction and are tested for durability and performance over millions of opens/closes. Star’s CD5 Max Series has all the features a high-volume retailer needs, including reinforced drawer rails and industry-leading lock strength. CD5 cash drawer models include several options, giving merchants the choice of the correct till configuration for the bills and change they accept.
Where to Learn More About Cash Drawer Security
Choosing the right cash drawer is an important part of cash handling and loss prevention. Star Micronics offers secure cash drawers designed for retail, grocery, hospitality, and cannabis environments, including heavy-duty and compact models with multiple till configurations and POS interface options.
Contact us to learn more about Star Micronics CD5 and CD4 cash drawer solutions.
For many POS platforms, printing issues don’t show up during development. They show up during deployment. Different restaurant environments, network configurations, and connectivity challenges can quickly turn printing into one of the biggest sources of support calls.
That’s exactly what Selflane experienced. Printing instability wasn’t just a minor inconvenience. It was pulling engineering and service teams into troubleshooting instead of product development and growth.
By standardizing on the TSP143IV thermal receipt printer and moving to the StarXpand SDK, Selflane was able to modernize its POS printer integration, simplify installations, and reduce recurring support issues.
We put together a short case study that walks through what changed and what other ISVs can learn from it.
Download the Selflane case study to read the full story.
