EziLab Cassette Printer EZL-CP100 performs high-speed laser marking for laboratory labeling workflows. It delivers marking accuracy up to ±0.01 mm with micron-level beam resolution for precise identification. The system supports printing of text, numbers, symbols, and QR codes for versatile labeling applications. USB connectivity enables direct integration with laboratory systems, while air cooling maintains stable performance during extended operation. Its compact bench-top design supports efficient installation in laboratory environments. Suitable for pharmaceutical labeling, diagnostics laboratories, electronics manufacturing, logistics tracking, and medical device identification. Explore complete Cassette Printers and advanced Cassette Printer for laboratory labeling applications.



Quantity:
$9229
Printing Method Laser
Printing Speed Up to 30,000 mm/s
Marking Range 200 × 200 mm
Marking Depth Less than 3mm (depending on material)
Print Content Text, numbers, QR code, symbols
Minimum Line Width Greater than 0.01mm
Minimum Character Size Greater than 0.15mm
Print Quality High clarity with 1 micron beam resolution (10x better than traditional)
Repeat Accuracy ±0.01mm
Field Information Greater than 8 editable fields
Connectivity Standard USB interface
QR Code Size Greater than 6 × 6 mm
Laser Wavelength 1060 nm
Fiber Laser Life Greater than 100,000 hours
Working Environment Temperature 10 to 40℃
Working Environment Humidity 10% to 90% (non-condensing)
Power Supply AC 220V, 50Hz / 5A
Average Power Consumption Less than 300W
Total Power Consumption Less than 500W
Cooling Method Air cooling
Dimension 400 × 435 × 420 mm
Packing Dimension 630 × 575 × 600 mm
Net Weight 40 Kg
Gross Weight 45 Kg
  • Digital code support

  • Automatic alarm system

  • Friction-resistant printing

  • Large loading capacity

  • Automatic batch printing

Accessory

Quantity 

Power Cord

1

Data Cable

1

Embedding a cassette loading slots

6

Embedding strips (50 embedding boxes per strip)

6

  • Cassette Printer EZL-CP100 is widely used in pharmaceuticals, electronics manufacturing, food and beverage industry, logistics and warehousing, and medical devices. It enhances workflow efficiency and minimizes identification errors in diagnostic and research settings.