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CB03II-2516-RQ
Cut a variety of digital printing materials

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Specially made tungsten steel blades
CB03Ⅱ Series CNC fabric cutting machine is an advanced cutting machine specifically designed for diverse digitally printed fabric materials, It delivers exceptional compatibility for cutting knits, wovens, and specialty fabrics including silk and pure cotton. Incorporating aerospace-grade honeycomb aluminum panels, multi-functional cutting heads (featuring high-speed tangential blades and rotary punches), and a proprietary contour recognition system for digital prints, this advanced equipment significantly enhances production efficiency and cutting precision. Integrated safety protections and quick-change tool systems ensure operational safety and convenience. Ideal for manufacturing T-shirts, hoodies, bedding, and more, the CB03Ⅱ series meets rapidly evolving market demands.
Application Scenarios
The CB03Ⅱ Digital Printing Cutting Machine offers broad material compatibility and is capable of cutting various types of digitally printed fabrics. It is primarily used in the production of items such as digitally printed T-shirts, hoodies, dresses, bedding, sofa covers, bags, shoes, and hats.It supports cutting of materials including:Knitted prints,Silk prints,Woolen prints,Linen prints,Cotton prints,Synthetic fiber prints.
Knit
Woven
Textiles and silks
Linen
Chiffon
Three proof cloth
Hoodies and skirts
Recommended Configuration
Cutting Tool Quick-Change Functionality

It eliminates traditional threaded tool locking. The system comes standard with the latest quick-change tool locking design, allowing one-press rapid tool installation and removal. This greatly improves ease of operation and production efficiency, while eliminating the common issue of automatic loosening associated with threaded locking mechanisms.

Contour Recognition Cutting System for Digital Prints fabric

JWEI’s proprietary CAD software suite integrates vision recognition and cutting modules. It features automatic contour detection, image nesting, layout optimization, and built-in drawing tools to generate cutting templates. This solution effectively addresses the challenges of complex material cutting and simplifies high-difficulty fabric placement.

Safety Protections

Featuring sleek anti-collision design with built-in infrared light curtains for instantaneous response. This comprehensive safeguarding solution protects both operators and machine integrity during high-speed operations.

Aerospace Honeycomb Aluminum Platform

Industry-first aerospace-grade aluminum honeycomb platform delivers exceptional durability, weather resistance, and surface flatness. Maintains dimensional stability under heavy loads while its cellular structure enables smooth airflow. Optional zoned suction with ultra-powerful vacuum.

Dual-Tool Carriage(B)

The combination of oscillating knife tool + 1mm oscillating knife tool + rotary punch/pin is ideal for applications requiring precise notch cutting with the 1mm vibration tool. The oscillating knife enables high-speed cutting of single-layer printed textiles, while the 1mm vibration tool can also be used independently for high-speed cutting of printed leather and other materials that are not suitable for oscillating knife cutting.

More Features

Optional Tools

The independent rotary punching/piercing tool allows interchangeable installation of either a punch needle or a 2mm hollow punch. It is primarily used for garment dart positioning and pocket marking. Positioning is completed during cutting, eliminating the need for manual marking afterward, streamlining the process and improving overall efficiency.

Rotary punch needle/ punching tool

Part description

Equipped with a Swiss-made micro-motor reaching up to 7,000 RPM, it effortlessly handles diverse fabric cutting demands. The over cut compensation feature effectively minimizes over cutting at notches or complex corners. Multiple blade angles are available to achieve optimal cutting results across various materials.

5mm oscillating cutting tool

Part description

Rapidly punches required notches into fabric, offering interchangeable V-shaped and straight-notch blades. Its notching efficiency is approximately 25% faster than competing products.

I/V notching tool

Part description

This tool integrates a Swiss-made micro-motor with a maximum speed of 18,000 RPM to deliver exceptional cutting speeds, specifically engineered for high-precision cutting of textile-backed laminates, precision trimming of garment interlining laminates, and high-speed cutting of leather/synthetic leather.

1mm oscillating cutting tool

Part description

Equipped with specially hardened tungsten steel circular blades, this tool effortlessly handles the cutting of various knitted and woven fabrics. It offers high-speed performance with smooth, clean edges, making the cutting of lightweight and breathable materials easy and efficient.

Rotary knife cutting tool

Part description

Technical Parameters

JWEI reserves the right of final interpretation of the following parameters, subject to change without prior notice.

Model

CB03Ⅱ-2516-RQ

Multi-functional Tool Head Easy to change different tool heads, with cutting, positioning needle function
Tool Active round tool, plotting tool, optional oscillating tool, round punching tool
Maximum cutting speed 1500mm/s
Maximum cutting thickness Standard 5mm, additional 10mm available upon request.
Cut material Knitted, woven, fur (such as sheep shear) Oxford cloth, canvas, sponge, imitation leather, cotton and linen, blended fabrics and other clothing, sofa fabrics and carpet fabrics etc.
Material Fixation Mode Vacuum suction
Repeat Precision ±0.05mm
Network transmission distance ≤350m
Data Transmission Mode Ethernet port
Interface Touch screen with En&CN languages
Drive System High precision motor, linear guide rail, synchronous belt
Rated Power 10kW
Data Format PLT、HPGL、NC、AAMA、 DXF、XML、PDF
Rated Voltage AC 380V±10%
Total Weight 910kg
Effective Cutting Size 2500mm×1600mm
Visual Working Area 2300mm×1600mm
Machine Size 3571mm×2504mm×1325mm

Note: * will be determined based on the specific materials in the actual application scenario.