Home » Products » CNC Digital Cutting Solutions » Drag Knife Tool Assemblies » SOYA SYDK40 High-Speed CNC Drag Knife Tool Assembly (D40 Shank)
SOYA CNC high speed drag knife tool assembly
SOYA CNC high speed drag knife tool assembly SOYA CNC high speed drag knife tool assembly

loading

SOYA SYDK40 High-Speed CNC Drag Knife Tool Assembly (D40 Shank)

Share to:
facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
whatsapp sharing button
kakao sharing button
snapchat sharing button
telegram sharing button
sharethis sharing button
The SOYA SYDK40 is a high-speed, cost-effective industrial CNC Drag Knife Tool Assembly engineered by SoyaMotor. Designed with a standard D40mm shank diameter and support for single-edge blades, it delivers rapid mechanical cutting with maximum throughput and exceptionally low maintenance costs. Perfect for slicing through PP paper, vinyl films, reflective sheets, car decals, ABS, cardboard, rubber, and soft glass with a maximum cutting thickness up to 10mm.
  • SYDK40

  • SOYA

Availability:
Quantity:




SOYA SYDK40 High-Speed CNC Drag Knife Tool (D40)

Achieve optimal cutting throughput at an unbeatable value with the SOYA SYDK40 CNC Drag Knife Tool. Engineered for rapid mechanical motion across your digital cutting table, this tool enables rapid profiling with ultra-low setup times and minimum maintenance overhead. Supporting standard single-edge blades, it effortlessly slices through flexible materials up to 10mm thick, ensuring high ROI for multi-shift industrial manufacturing.

Key Features & Benefits

⚡ Ultra-Fast Processing Speed            Allows your CNC system to cut at its maximum horizontal velocity, vastly reducing cycle times compared to driven tooling on thinner or flexible sheet stocks.
⚙️ Single-Edge Blade System            Specially designed to securely grip economical single-edge industrial blades, supporting precise tracking and penetrating material thicknesses up to 10mm.
Low Maintenance & High ROI            No complex internal gears or power transfer lines. This simplified mechanical architecture guarantees minimal downtime, zero motor wear, and highly economical upkeep.
Rigid D40 Shank Base            The industry-standard D40mm shank base guarantees complete stability under cross-directional stress, fitting major digital flatbed cutters flawlessly.

Versatile High-Velocity Material Processing

PP Paper & Self-Adhesive Film        Reflective Sheet & Vehicle Decals        ABS Plastics & Thin Foils        Industrial Cardstock & Heavy Paper        Soft Glass / Flexible PVC Sheets        Rubber Sheets & Gasket Stock        Faux Leather / Coated Canvas        KT Boards & Foam Core

Technical Specifications

ParameterSpecification
Model CodeSYDK40
Product NameCNC High-Speed Drag Knife Tool Assembly
Shank Diameter40 mm
Supported Blade TypeSingle-Edge Blade
Max Cutting Thickness< 10 mm (Material Dependent)

Why Choose SOYAMOTOR?

Our roots go back to 2002 as “Songya Motor Control Factory”. In 2017, we incorporated as Changzhou Songya Electromechanical Co., Ltd., marketing our systems worldwide under our registered brand SOYAMOTOR. Leveraging over 20 years of deep expertise in stepper, servo, and brushless motor manufacturing, we design and produce a comprehensive range of premium CNC digital cutting tools on our own shop floor. Beyond oscillating knives, our in-house production includes servo oscillating knives, drag knives, kiss-cut knives, creasing wheels, rotary knives, V-cut tools, and punching tools—delivering factory-direct precision with 100% traceable quality.

✓ 20+ Years Industrial Expertise            ✓ In-House Motor & Tool Manufacturing            ✓ 100% Traceable Quality Control


Previous: 
Next: 

Related Products

content is empty!

Telephone
+86-15051956633
 
Email

Quick Links

Product Categories

Get in Touch With Us

Subscribe to Our Newsletter

​Copyright © 2026 Changzhou Songya Electromechanical Co., Ltd.    All Rights Reserved   Sitemap    All tags
We use cookies to enable all functionalities for best performance during your visit and to improve our services by giving us some insight into how the website is being used. Continued use of our website without having changed your browser settings confirms your acceptance of these cookies. For details please see our privacy policy.
×