AMTI Model HE6x6 Low Load Multi-Axis Force Platform

The AMTI Model HE6x6 Low Load Multi-Axis Force Platform is a compact, highly portable 6-axis measurement system engineered specifically for quantifying exceptionally light micro-forces. Measuring just 6″ x 6″ (152 x 152 mm), this multi-axis plate is a very compact portable solution for the smallest forces . It represents the industry benchmark across the UK for fine-touch human proprioception testing, fingertip ergonomics profiling, biomechanical micro-manipulation, and small animal gait research involving mice or birds.

Driven by highly advanced Hall Effect sensing elements rather than conventional foil strain gauges, the HE6x6 delivers extreme signal stability when mapping micro-gram force shifts. A prime engineering advantage of this specialised architecture is its incredible structural resilience; the one-piece internal sensing design achieves an overload protection rating typically greater than 100x capacity across all active axis. To minimise equipment footprint and eliminate external background signal interference inside research labs, the platform features an integrated, built-in internal amplifier.

  • Compact size, just 152mm x 152mm
  • Available in 5 different capacities from just 4.4 newton
  • Free standing device, no mounting hardware required
  • No other electronics required

HE6X6 Specifications

HE6X6 Drawing
HE6X6 dimensions

The HE6X6 is delivered ready to use. No additional options are required.

  • HE6X6 force platform
  • NIST traceable calibration certificate

Why choose Interface Sensor Products?

Interface is an internationally recognised brand and decades of experience have gone into making Interface manufactured load cells the benchmark for thousands of users around the world.

Interface product reliability is second to none and all our product lines have to match this standard before we would consider recommending them to our customers.

Our customer list is a "Who's Who" of household names ranging from the Aerospace Giants through to the most prestigious Universities. This speaks volumes about our reputation for quality solutions on projects of all sizes around the world.

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