Win-Win Waterjet is an industrial automation company specializing in production, R&D and sales.waterjet,waterjet cutting machine,waterjet cutting system, automotive interior cutting, 3D water jet, tile mosaic, marble cutting,metal cutting,high pressure waterjet cutting, Win-Win provide special waterjet solutions for you, Single robot, dual robot, Multi-manipulator robot waterjet special design for automotive interior cutting, waterjet robotic system of open ,half open,full closed structure, with fixed working table and rotary working table ,WINWIN always the leader of waterjet industrial.

Reasonable waterjet structure suit for high speed cutting

The first requirement of a high speed robot workstation is the rigidity of the workstation frame, A good robot base and robot frame can absorb the high-frequency vibration and inertial impact generated by the robot during working, robot walking speed can reach 1200mm/s, speed very quickly, When the robot stop from high speed working, it will generate hugh inertial, which requires very high for the workstation structure, so it’s reasonable to choose thicken and solid metal plate.

To reduce the weight of robot itself, our engineer designer will try our best to reduce the consumable weight along with the robot arm, the support of the robot choose the high hardness aluminium alloy, the high pressure tube upgarte, or use axis rotation to replace, all the design in order to reduce the weight,so to increase the cutting 

speed.

Stable control system                        

The main control system issues position commands and requires the robots to execute quickly and accurately. This requires the private server system to respond quickly and process quickly to minimize errors. In the field of high-speed cutting, Siemens, Omron, and Mitsubishi Siemens have very large Representative

Flexible pipeline design and anti-collision cutting head

Reasonable high-pressure pipeline design can reduce the torsion force of the robot rotation and prevent overload alarm when the robot rotates to the limit.