Quit babysitting your boards.
With built-in strike detection, these boards watch themselves.
Less Watching, More Catching
Engineered to Lead, Not Follow
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Innovation isn’t a buzzword at Raw‑Tek; it’s a mechanical requirement. We don’t just say it — we prove it. By leveraging the capabilities of additive manufacturing and the latest advancements in polymer science, we’re able to produce a planer board with geometry, behavior, and consistency that conventional methods can’t achieve.
Advanced Materials, Specialized Machinery
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I’m a retired machine designer operating a small fleet of high‑performance, high‑tolerance machines built for engineering‑grade polymers. Materials like industrial ASA and PCTG are utilized for their UV resistance, impact strength, and long‑term dimensional stability.
Total Personal Oversight
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Every HyperPlane planer board and HyperGrip release was designed, engineered, and refined on the water… and at my workbench.
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I don’t outsource. I don’t compromise. Each unit is manufactured, assembled, and personally inspected in‑house by the inventor. Production happens in waves to ensure every board meets the exact mechanical tolerances the design requires.
A Note on Availability
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Manufacturing to these tolerances requires something mass‑production cannot offer — time.
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Each production wave represents a finite amount of machine hours and hands‑on inspection. When a product is out of stock, it simply means I’m back at the bench building the next wave and maintaining the Raw‑Tek standard.
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If a product is listed as unavailable, you’re invited to join the waitlist for priority access to the next release.