C1 Smart Tube Printer

The NIIMBOT C1 is a professional smart tube printer designed for fast, clear and efficient identification of wires, cables and electrical components. With support for wire marker tubes from 0.5 to 25 mm² and round heat-shrinkable tubes with diameters of 1 to 8 mm, the C1 is suitable for a wide range of professional labeling applications.

Thanks to its 300 dpi thermal transfer printing, labels are sharp, highly legible and resistant to fading. The printer can produce up to 38 tube sections per minute, with automatic half-cut and full-cut functionality for a faster and more efficient workflow.

The C1 is easy to operate through the dedicated NIIMBOT mobile app, allowing you to design labels, create automatic numbering sequences and manage your printing tasks directly from your smartphone. Up to 10 mobile devices can be connected simultaneously, making the printer ideal for professional teams and shared work environments.

With a built-in 2600 mAh rechargeable battery, the NIIMBOT C1 can print up to 200 meters without interruption and supports printing while charging. Bluetooth and USB connectivity provide flexible use both wirelessly and with a wired connection.

The automatic tube loading system eliminates the need for manual tube adjustment, while automatic pressing, cleaning and ribbon pre-tensioning help simplify operation and reduce the risk of printing errors or ribbon breakage.

Key features

• Prints on wire marker tubes and heat-shrinkable tubing
• Supports tubes from 0.5–25 mm²
• Supports round heat-shrinkable tubes from 1–8 mm diameter
• 300 dpi high-resolution thermal transfer printing
• Print speed of up to 38 sections per minute
• Automatic half-cut and full-cut function
• Print lengths from 5–100 mm
• Built-in 2600 mAh rechargeable battery
• Bluetooth and USB connectivity
• Connect up to 10 mobile devices simultaneously
• Easy tube loading without manual adjustment
• Compatible with the NIIMBOT mobile app
• Ideal for electrical installations, network cabling and professional cable identification