This pictured machined part was cut to size using the waterjet, It was sent to the HAAS VF-5 for drilling and milling. The accuracy of the part depends on the Solidworks engineering file. Raw material could be sent through other CNC operations such as: Laser cutting (both tube laser and sheet laser); Plasma cutting; Angle saw; Bundle cutting. After it is cut to size, the material could go to the Press Brake, Precision Brake, Shear, Structural or Plate Rolling, Shear, Profile bender or Beam Line driller and then off to Fabrication for assembly and welding. Finishing includes mill scale removal and powder coating.
Load the sheet in the stacker, start the engineered program and QC the first part. It runs until the loader is empty or you have finished the program.
Tube or pipe is loaded individually and can laser round, square and rectangular shapes.
This product was made in-house using the Laser, the Waterjet and the Profile bender.
The bender uses the engineering file to create exact bend needed to fit the site. The length of the tube because it is continuously adjustable for distance. All you need is open floor space.
Industrial manufactured parts are used for base plates, gussets, and flanges. Table holds master plate size and cuts up to 1 1/2″ thick.
Welders are certified in aluminum, stainless and steel for the specifications required for the project. AISC requirements are met using our Quality Management System. Robot Welders are also tested and certified.
Sheet metal and Plate parts are cut from the Laser or Plasma and then brought across to the Press or Precision brake.
The blaster removes mill scale and provides a smooth surface when you need to finish with paint or powdercoat. The gallery shows before and after photos.