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In-Die Force Sensor

In-Die Force Sensor

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Measure the small changes in force that affect part quality and your bottom line!

The quality of any formed, blanked, coined or stamped part is directly related to the forming force applied to it. Our in-die systems include the monitoring techniques required to accurately measure and control the forces developed at each sensor location. Helm systems ensure consistent part quality production while guarding against costly tooling damage and machine repair.

In-Die Strain Gage Load Cells

Helm offers precalibrated, custom designed load cells fit to your unique tooling. By applying force sensors beneath critical tool stations Helm sensors are able to capture the individual force signal while also maintaining individual multi-station tool force signals. No field calibration is required.

Die Plug Force Sensors

The Helm Die plug sensor is the ideal sensor for in die general purpose monitoring and commonly paired with the Helm loadgard monitor for high speeds of up to 1,000 SPM. The Typical applications include transfer tools, progressive dies, and can end tools for Hole piercing, staking, and riveting.

Piezoelectric Dieplugs

Designed for high speed light load applications including high speed progressive dies and coldforming operations the piezoelectric dieplug solution may be paired with the Helm piezo Partgard / Multigard Monitor for speeds up to 2,000 SPM.

In-Die Sensor Monitors

Helm offers multiple sensor indicators ranging from 1-6 channels of strain gage input. Each signal conditioning unit provides independent channels of strain gage input with high and low alarm setpoint capability.

Applications & Features

In-Die Force Sensor Applications

  • Progressive Dies
  • Stamping Presses
  • Multi-Die Operations
  • Transfer Tooling
  • Assembly Machines
  • Compaction Machines

In-Die Force Sensor Features

  • Available in 1/4 inch (6.3mm) or 5/16 (8mm) diameter sizes
  • Improve production and process reliability by identifying a defective part at its origin
  • Reduce material waste and tool damage by sensing improper forming forces
  • Low cost, trouble free installation
  • Interchangeable design with quick disconnect cable assembly