3D SSPP | VelocityEHS

3D Static Strength Prediction Program™ (3D SSPP) Software

The 3D Static Strength Prediction Program™ (3D SSPP) from VelocityEHS provides accurate static strength and low-back force predictions for material handling and occupational tasks. Reduce injury risk before it happens and better protect workers in your organization.

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Benefits

3D SSPP gives ergonomists, engineers, and safety professionals a fast, scientific way to assess job demands and reduce injury potential before work begins.

Simulate posture, forces, and strength requirements upfront to reduce MSD risk and ensure compliance with NIOSH and ISO guidelines.

Review 10 detailed reports including low-back compression estimates, population capability percentages, torso motions, and precise hand force inputs.

Built on 50+ years of peer-reviewed research from the University of Michigan’s Center for Ergonomics, 3D SSPP provides dependable analysis trusted worldwide.

Features

Model job postures, applied forces, and worker anthropometrics to predict strength requirements and MSD risk.

Estimate spinal compression forces, torso motions, and complex hand force inputs with scientifically validated algorithms.

See what percentage of the workforce can safely perform the task, supporting better job placement and workstation design.

Generate 10 research-backed reports that make it easy to interpret findings, justify controls, and communicate ergonomic improvements.

3D SSPP software allows you to predict static strength requirements for common manual tasks and make rapid, simple improvements to ergonomic conditions that improve the safety, productivity, and quality of life of your employees.

The 3D SSPP program provides an approximate job simulation that includes posture data, force parameters and male/female anthropometry.

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