WELSCH INDUSTRIAL
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High-Performance Deflection Plates & Cam Discs

High-Performance Deflection Plates & Cam Discs - Image 1
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Description

In the complex choreography of a 150 TPM concrete roof tile plant, timing is everything. The mechanical intelligence of the line is often housed in its Cam Discs and Deflection Plates.

Cam Discs: High-precision milling of cam profiles for Coupled Cutting Tables. Complex geometry for exact acceleration and deceleration curves. AISI D2 or M2 High-Speed Steel, vacuum hardened with sub-micron surface finish.

Heavy-Duty Deflection Plates for Chain Conveyors: Machining space up to 1,200 mm x 500 mm x 25 mm. Flow-path engineering for smooth chain block transitions. Absolute flatness and parallelism (+/- 0.01 mm).

Hardness Profile: Optimized for high-cycle impact, typically 58-62 HRC. Forensic Replacement: We can reverse engineer cam plates from legacy machines where the original timing diagrams are lost, recreating the surgical motion profile through forensic geometry. Full documentation and native CAD data sovereignty ensure you are never locked in by proprietary OEM timing components.

We provide the mechanical clockwork of your facility. Whether it's a deflection plate for a heavy link chain or a cam for a high-speed cutter, our components ensure that your plant's timing remains perfect, day after day, year after year.

Technical Features

  • Cam discs for coupled cutting tables with precise acceleration curves
  • Deflection plates up to 1,200 x 500 x 25 mm
  • AISI D2 / M2 high-speed steel, vacuum hardened 58-62 HRC
  • Absolute parallelism and flatness +/- 0.01 mm
  • Forensic reverse engineering of lost timing profiles
  • Sub-micron surface quality to minimize friction and pitting

These products are customized solutions tailored precisely to your individual requirements. Contact us for personal consultation.

Frequently Asked Questions

Yes. Through forensic geometry, we reverse engineer cam plates from legacy machines where original timing diagrams are lost. We provide full documentation and native CAD data, freeing you from proprietary OEM dependency.
We utilize AISI D2 (1.2379) or M2 High-Speed Steel. Following vacuum hardening, profiles are finished to sub-micron surface quality to minimize friction and prevent pitting over millions of cycles.
We engineer the lead-in and lead-out angles to ensure smooth chain block transitions. By maintaining absolute flatness and parallelism, we keep the chain centered, preventing edge-wear and extending motor and link life.