High-performance haptic controller
Inverse3x
Higher-performance haptic control for advanced robotics, enterprise simulation, and demanding R&D workflows.
WHAT INVERSE3X IS
A high-performance haptic controller for advanced robotic control
Inverse3x extends the Inverse3 platform with greater rate hardness, stiffness, damping, and onboard device intelligence. It is designed for professionals who need precise force control, stable operation, and a more configurable haptic experience.
Step-up performance
Use Inverse3x when your workflow needs stronger force response, improved stability, and finer control than Inverse3.
Smarter device control
Auto-calibration, sensor-based homing, onboard sensing, orientation and velocity estimation, and gravity compensation help support smooth, accurate operation.
Built for professional teams
A built-in touchscreen, developer resources, documentation, and technical support help teams configure, integrate, and work with the device more easily.
PRODUCT FIT
Who Inverse3x is for
Inverse3x is built for professional teams that need stronger force response, stable operation, and more configurable haptic control.
Users and teams
Professional teams working in robotics, simulation, medical training, industrial automation, or research settings where stronger force response and device stability matter.
When to choose this
Choose Inverse3x when Inverse3 is not enough for the level of force control, responsiveness, damping, stiffness, or onboard configuration your workflow requires.
Related use-case paths
Inverse3x is best suited to workflows that need higher-performance haptic control, precise operation, and advanced device configuration.
PRODUCT COMPARISON
Which is right for your workflow?
| Product | Best for | Performance | Typical buyer | Choose when |
|---|---|---|---|---|
| Inverse3 | Widest range of use cases | Precision haptic control | Labs, developers, researchers | Starting with haptics or broad use cases |
| Inverse3x | High-performance & enterprise | 5x rate hardness, 3x stiffness, and 10x damping vs. Inverse3 | Enterprise R&D, advanced robotics | Your workflow demands more than Inverse3 |
KEY OUTCOMES
What Inverse3x enables
Higher performance
Greater output force and stability for demanding workflows
Enterprise-ready performance
Built for advanced simulation and demanding R&D deployments
Advanced control
More demanding control cycles for complex haptic interaction
Technical depth
Designed for advanced robotics, medical training, and industrial environments
Interested in Inverse3x for your workflow?
Talk to our team about performance requirements, product fit, evaluation needs, pricing, and procurement paths.
SPECS & PERFORMANCE
Technical details
Performance improvements
Advanced features
Advanced features
Built for precise, high-performance control
Inverse3x adds usability, sensing, calibration, and support features for demanding haptic workflows.
Built-in touchscreen
Supports on-the-fly adjustments and brand customization during advanced evaluations or deployments.
Auto-calibration and homing
Auto-calibration and sensor-based homing help streamline setup and improve operation.
Onboard sensing
Onboard sensors support orientation and velocity estimation, with gravity compensation for smoother interaction.
Developer and support resources
Documentation, developer resources, and technical support help teams move from evaluation to implementation.
Step-up decision
Step up from Inverse3 when performance requirements increase
The step up is most relevant when your workflow needs stronger force response, more direct device adjustment, or deeper technical integration.
More force-control headroom
For applications that need stronger response, higher stiffness, greater damping, and more stable haptic control.
More direct device adjustment
For teams that need on-device configuration through the built-in touchscreen and advanced onboard features.
More support for technical integration
For teams that need developer resources, documentation, downloads, and technical support while building with Inverse3x.
COMMON QUESTIONS
Common Questions
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Choose Inverse3x for workflows that require higher output force, greater stability, or more demanding control cycles. Talk to an expert if you are comparing product fit.
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Inverse3x is suited for advanced robotics, enterprise-grade simulation, high-fidelity medical training, industrial automation, and demanding R&D workflows that require higher performance, greater stability, or more precise haptic control.
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Inverse3x offers higher performance than Inverse3, including 5x rate hardness, 3x stiffness, and 10x damping, along with auto-calibration, sensor-based homing, onboard sensing, gravity compensation, and a built-in touchscreen. Choose Inverse3x when your workflow demands more stability, responsiveness, or control performance than Inverse3 provides.
Discuss advanced haptics requirements
Talk to our team about your enterprise or high-performance workflow.