Printers with Controller Board


Seamless integration and compact design for space-constrained applications

Highlights and features

Compact design and heavy duty

Available in 5v, 12v and 24v versions

Powerful M0 controller board

Printing speed up to 300 mm/s

APS printers with integrated controller boards offer hassle-free integration, ensuring smooth communication with host devices for effortless setup and operation. Their compact design is perfect for space-constrained applications, making them an ideal choice where efficiency and space-saving are key like in weighing scales and voting devices.

Filter

Operating Voltage
Printer width
Print resolutions (dpi)
Printing speed
Paper thickness
Features

Apply

Bespoke thermal printer projects

Let’s engineer your thermal printer with controller board together

At APS, we specialize in developing custom thermal printer solutions with integrated controller boards to meet specific project requirements. Whether you need unique connectivity options, specialized control features, or custom housing designs, our expert team is here to create a solution that perfectly matches your needs.

We take a tailored approach, either refining existing designs or developing new solutions to meet your specific application requirements.
Whether it is optimizing print speeds, enhancing connectivity, or customizing control boards and enclosures, we collaborate closely with you to ensure the final product aligns with both your technical needs and budget.
Drawing on our deep expertise and advanced technology, we provide thermal printers with controller boards that seamlessly support your business goals.

What is a Thermal Printer with a Controller Board?


A thermal printer with a controller board is a compact, integrated printing solution where the controller board is built directly into the printer.

This integration simplifies the installation process and reduces the overall footprint, making these printers ideal for applications where space is limited or where seamless operation is essential.

The controller board manages the printer’s functions, including data processing, communication with other devices, and execution of print commands.

 

Common Applications for Mini Thermal Printers


  • Kiosks and ATMs: These printers are ideal for self-service kiosks and ATMs, where compactness and reliability are crucial for printing receipts, tickets, and transaction records.
  • Medical and Laboratory Equipment: Integrated controller boards make these printers perfect for use in medical devices and lab instruments, printing reports, labels, and patient information.
  • Industrial Automation: Used in industrial control systems, these printers offer reliable performance for printing process logs, equipment status reports, and compliance labels.
  • POS Systems: In retail and hospitality, printers with controller boards are integrated into POS systems to provide quick, accurate receipt printing.
  • Transportation and Ticketing: For public transport systems, these printers are used in ticketing machines and fare collection systems to print tickets and payment receipts.

Key criteria for selecting a thermal printer with a controller board


When choosing a thermal printer with an integrated controller board, consider the following factors:

  1. Integration and Compatibility: Ensure that the printer can easily integrate with your existing systems, including compatibility with software and communication protocols.
  2. Performance and Speed: Depending on your application, you may require high-speed printing and a controller board that can handle complex data processing tasks efficiently.
  3. Size and Design: Consider the physical dimensions of the printer, especially if space is a concern. Compact designs with integrated controller boards are ideal for applications where space is limited.
  4. Durability and Reliability: Look for printers built to withstand the specific environmental conditions of your application, whether it’s in a harsh industrial setting or a high-traffic public area.
  5. Customization Options: If you have unique requirements, consider working with a manufacturer like APS that offers customized solutions, such as specific control features or tailored housings.

Selecting the right thermal printer with a controller board is crucial for ensuring smooth operation and reliable performance in your specific application. Explore our range of integrated thermal printers to find the ideal solution for your needs.

Find the perfect printing solution for your needs.

Whether you’re a small business or an industry leader, we offer customized solutions that drive success. Request a personalized quote today and unlock the power of precision and efficiency with APS Printers.

Ready to take the next step? Click below to request a personalized quote and let our dedicated team empower your printing endeavors. Experience the APS Printers difference today.

Get your custom quote

Case studies

  • Stryker defibrillator

    Custom thermal printer for major defibrillator manufacturers

    APS teamed up with leading monitor/defibrillator manufacturers to develop custom thermal printers integrated into their devices. These collaborations enabled seamless documentation during critical emergency interventions, enhancing patient trust and compliance with medical standards.

    Read the case study
  • Omnicell's XT Automated Dispensing Cabinets

    Custom-built thermal printers for Automated Dispensing Cabinets

    APS partnered with pharmacy care world leader to develop custom-built thermal printers for their Automated Dispensing Cabinets (ADCs). This solution enhances medication management efficiency, ensuring accurate labeling and tracking to improve patient safety and streamline workflows in healthcare settings.

    Read the case study
  • GE Healthcare Monitor

    APS customizes the GPR212 thermal printer for healthcare patient monitors

    APS partnered with leading global medical technology companies to develop custom thermal printer solutions for their patient monitors ensuring reliable, real-time documentation of vital data. The collaborations streamlined patient care, supporting clinical decisions in critical care environments like ICUs and emergency rooms.

    Read the case study