Reduce expensive fabrication and finishing labor on suitable processes.
The next gain may be in a weld process, a finishing operation, a difficult three-dimensional cut or the time needed to produce a large tool. These technologies are not interchangeable. We organize them around the actual work performed.
Choose the solution that addresses this operating problem.
These links lead to the same detailed solution pages, with full capabilities, operating limits and implementation information.
Adaptive 3D trimming
Reduce trim scrap and manual correction on formed and molded parts with sensing, adaptive laser paths, controlled fixtures and finished-edge inspection.
Sanding & grinding
Reduce finishing labor, abrasive use and rework with force-controlled sanding and grinding, suitable sensing and tooling for changing industrial part geometries.
Large-format tooling
Shorten tooling lead times with large-format additive manufacturing, near-net builds, precision machining and qualification for industrial molds and patterns.
Pipe-spool welding
Increase accepted pipe-spool weld output with specialized welding automation, joint preparation, positioners, monitoring and an integrated operator workflow.
Abrasive blasting
Reduce manual blasting work with controlled abrasive passes, repeatable coverage, containment and media handling for specified industrial surface finishes.
Robotic welding
Produce more repeatable weldments with robotic welding, reliable fixtures and coordinated part exchange. Explore cell scope, quality and production benefits.
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Weld more consistently when the job repeats
Autonomous Pipe-Spool Welding addresses specialized circumferential pipe welds. Robotic Welding Cells address repetitive parts with fixtures and defined weld paths. Select the process based on part variation, joint requirements, volume and qualification needs.
Reduce time spent on difficult surface operations
Robotic Abrasive Blasting can address repetitive removal and preparation. Adaptive High-Mix Sanding and Grinding uses sensing and controlled contact for variable surfaces.
Handle geometries conventional equipment struggles with
Adaptive 3D Laser Cutting and Trimming addresses complex formed components. Large-Format Additive Tooling provides a potential alternative to conventional large molds, patterns and fixtures when material, surface and dimensional requirements allow it.
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