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YC Waterjet Model YCWJ-Robot is a 6-axis robotic waterjet cutting system engineered for high-precision cold cutting across multiple industries. It integrates an auto abrasive delivery system and auto-cycle water cooling to maintain stable performance in continuous production. The robot arm enables complex 3D contour cutting of alloy steel, composites, stone, and more without thermal deformation.
| Parameter | Specification |
|---|---|
| Number of Axes | 6 |
| Model | YCWJ-Robot |
| Type | 6-axis Robotic Waterjet Cutting System |
| Configurations | Auto Abrasive Delivery System, Auto-cycle Water Cooling System, Auto Sewage Removal System, Cutting Head with Drilling Function, Multiple Cutting Heads, Air Cooled Chiller, Auto Water Softening System |
| Frame Material | Alloy steel |
Base model: YCWJ-Robot. Available configurations can be paired independently based on production needs:
The robotic waterjet frame is constructed from alloy steel for rigidity and long service life. The system is built around a 6-axis robotic arm that provides flexible movement for cutting irregular and 3D parts. The integrated cutting head can be equipped with drilling function, and the system supports multiple cutting heads for increased throughput.
This robot waterjet cutter serves a wide range of industries and processes, including:
YC Waterjet offers customization of the robot waterjet system to match specific production lines. Options include automatic feeding platforms, robot grabbing systems, abrasive recovery systems, ultra-high pressure water pumps, dust removal systems, CAD/CAM programming software, and remote monitoring for data acquisition. For high-volume production, 24/7 continuous operation configuration and automated production line linkage are available.
Client: Industrial manufacturing facility
Quantity: 1 set
Application: Precision part cutting
Duration: 10 years in operation
Highlights: High-precision cold cutting with no thermal deformation; reliable performance in tropical climate; versatile for diverse industrial materials.
Result: Precision-cut industrial parts with high accuracy; reduced scrap and improved production efficiency.
It cuts alloy steel, stone, glass, ceramics, composite materials, carbon fiber, food, and copper, among others. Typical industries include metalworking, aerospace, automotive, and architectural decoration.
The waterjet stream is at ambient temperature, so there is no heat-affected zone. This preserves material properties and is critical for aerospace and composite applications.
Yes, it can be linked with automatic feeding platforms, robot grabbing systems, abrasive recovery systems, and dust removal systems. It supports single/double shift production and optional 24/7 continuous operation.
Available configurations include auto abrasive delivery, auto-cycle water cooling, auto sewage removal, cutting head with drilling function, multiple cutting heads, air cooled chiller, and auto water softening system.
MOQ is 1 set. Payment is 30% T/T deposit after contract signing, and 70% T/T before delivery. Delivery can be negotiated under EXW, FCA, FOB, CIF, CIP, DDP, and other incoterms. Acceptance includes ex-factory test.
Yes, YC Waterjet holds ISO 9001:2015 certification (certificate no. 17324Q21401R0S) for R&D and manufacture of ultra high pressure waterjet cutting machines.
Yes, the robot's 6-axis movement is ideal for thick plates, irregular parts, and complex 3D profiles, performing precision part blanking and art carving.
Founded in 1999, YC Waterjet exports to over 140 countries and regions as of 2026. The company has collaborated with KMT (Germany) and Accustream/Hypertherm (USA) since 2005.
To request a quotation or technical specification, please contact:
Please include your target material, part size, cutting thickness, and annual capacity for a tailored solution.
Image 1: File: ycwj-robot-dual-system.png | Alt: YC Waterjet dual-robot waterjet system with 6-axis robotic arms
Image 2: File: ycwj-robot-workshop.jpg | Alt: Robot waterjet system cutting in workshop
Image 3: File: ycwj-robot-cutting-head.png | Alt: Close-up of robotic waterjet cutting head