Flash Cutting.
Flash cutting represents the modern standard for precision prototyping and production without the need for physical tooling. By using a high-speed, computer-controlled oscillating knife, we can cut complex geometries directly from your CAD files. This process is ideal for projects that require surgical precision and rapid turnaround times.
- Flash cutting is tooling-free conversion: a high-speed, computer-controlled oscillating knife cuts complex geometries directly from your CAD files, with no physical die required.
- It suits prototypes and short runs in materials that are hard to die-cut, including thick soft sponges, high-value elastomers like Viton and silicone, soft plastics, and reinforced gasketing.
- We cut intricate shapes, internal notches, and tight radii without material distortion, and use nesting software to maximize material yield while allowing instant design revisions.
Request a quote for flash cutting.
The benefits of flash cutting.
Flash cutting offers a unique set of advantages, particularly for engineering-heavy projects and materials that are difficult to convert with traditional die cutting:
Zero Tooling Costs. Since the machine follows a digital path, there is no need to manufacture a physical die. This eliminates upfront tooling charges and makes it the most cost-effective solution for short runs and prototypes.
Instant Design Flexibility. Should your part require a revision, we simply update the digital file. There is no waiting for a new die to be built, allowing for rapid iteration and just-in-time manufacturing.
Complex Geometry. Because the flash cutter can move in any direction with extreme precision, we can cut intricate shapes, internal notches, and tight radii that might be impossible or too fragile for a traditional steel rule die.
Maximum Material Yield. Our software uses advanced nesting algorithms to place parts as closely together as possible on the material sheet. This reduces waste and lowers your overall material costs.
No Material Distortion. Unlike die cutting, which uses vertical pressure to shear through material, the oscillating knife slices through the substrate. This prevents the concave edge effect often seen in thick, soft sponges and rubbers.