Weld Test Robot_4S
Abrasive Waterjet
Robotic Waterjet CellAs requirements become more stringent in the automotive industry, suppliers are requiring greater volumes of quality assurance testing. These increased requirements, along with new materials such as advanced high-strength steel (AHSS) alloys, are making the current industry standard methods of producing weld section samples increasingly difficult.
WARDJet’s abrasive waterjet cutting system, integrated with a Motoman robotic arm, provides the ideal solution to companies looking to produce weld test samples from automotive components. Bringing automation to this process provides significant increases in throughput and produces more consistent test samples, while reducing the potential for injury. Additional benefits can be realized in reducing the amount of labor required in secondary operations, as the waterjet cut edge is of better quality than the typical cut or ground sample.
See it in Action
8-Axis Robotic Trimming Cell
Robotic Waterjet Cuts Logo out of Curved Fiberglass
6-Axis Robotic Waterjet Cuts a Pumpkin
Also to Consider
Controllers
Software
Grates
Pumps
Accessories
Additional Information
Save on your TaxesDeduct up to $1M with Section 179
Made in AmericaManufactured in the USA
What can waterjets cut?
Wood, Stone, Composites, Sheet Metal, Foam, Food, Glass and much, much more...
How do we keep our prices down?
This has been achieved by pioneering an innovative business model specifically aimed at helping our customers. Simply put, we cut out all of the middlemen and high cost centers that do not directly contribute to the building of a great waterjet system.
Why the extra foot of travel?
Often, when adding a second cutting head, the distance the first cutting head can move is reduced to make space for the additional head. We added the extra foot of travel to "park" the second head when not in use. This allows you to have full range of the first cutting head when the second is not in use.
Why the independent carriages?
The benefit of having separate cutting heads on completely independent Z-Carriages is the freedom the operator gets to place the heads as close or as far apart as desired within seconds. Each Z-Carriage has its own motor driven height adjustment, and can be configured to have an independent height sensor.
How thick can waterjet cut?
Waterjet can cut 10" thick stainless steel without too much difficulty, but can cut even thicker material (18" thick Titanium) if the application demands it.