PRODUCTS
Choose the right Haply solution
Compare Haply’s core haptic devices and robotics workflow platform across applications, performance requirements, and product fit.
PRODUCT COMPARISON
Compare products
Compare each product by role, fit, and workflow support.
Select a product to see the workflows it supports. Inverse3 is the most versatile force-feedback controller, Inverse3x is built for higher-performance requirements, MinVerse supports haptic 3D input, and HARP supports robot task capture, replay, and automation.
| Product | Product role | Best for | Choose when | View product details |
|---|---|---|---|---|
| Inverse3 | Precision haptic controller | Robotics, simulation, research, training, medical, and industrial haptics workflow | You need the most versatile Haply device for precise force-feedback control across multiple workflows | View Inverse3 ↗ |
| Inverse3x | High-performance haptic controller | Advanced robotics, enterprise simulation, medical systems, industrial automation, and demanding R&D | You need higher performance, stability, damping, stiffness, sensing, or enterprise-grade control | View Inverse3x ↗ |
| MinVerse | Haptic 3D input device | 3D design, sculpting, FreeForm-compatible workflows, XR education, and creative technical workflows | You need tactile 3D input for shaping, navigating, modelling, or teaching digital form | View MinVerse ↗ |
| HARP | Robotics workflow platform | Robotic control, task demonstration, record/replay, lab automation, industrial automation, and Physical AI workflows | You need a hands-on way to guide robots, capture motion, replay tasks, train automation, or support repeatable robot workflows | View HARP ↗ |
CHOOSE BY WORKFLOW
Workflows for Inverse3
Inverse3 is the broadest haptic control path for robotics, simulation, research, training, and industrial haptics.
Robotics & teleoperation
Control robotic arms, enable remote operation, and prototype force-aware systems.
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Skills training & simulation
Add tactile feedback to surgical, industrial, and vocational training environments.
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Medical simulation
Support clinical training workflows where pressure, resistance, and tool feel matter.
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Research & education
Equip labs, HCI programs, and universities with a flexible haptic platform.
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Workflows for Inverse3x
Inverse3x is the step-up path for teams that need higher-performance haptics in advanced robotics, simulation, and demanding R&D.
Advanced robotics
Support demanding robotic control workflows where performance and stability matter.
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High-performance simulation
Build tactile simulation environments for advanced training, R&D, and technical evaluation.
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Medical simulation
Support more demanding medical and healthcare simulation environments.
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Enterprise R&D
Evaluate haptics for research teams working on advanced interaction and control systems
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Workflows for MinVerse
MinVerse is the product path for expressive 3D authoring, digital sculpting, education, and FreeForm-compatible workflows.
Digital sculpting
Support creative workflows where touch and spatial control make 3D creation more intuitive.
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Education & training
Give students and creative teams a more approachable path into 3D interaction.
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Research & prototyping
Use haptic 3D input for exploratory design, prototyping, and interaction research.
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Workflows for HARP
HARP connects Haply haptic input to robot control, task demonstration, record and replay, repeatable automation workflows, and physical AI training paths.
Robot control
Control robotic systems through intuitive haptic input and task demonstration.
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Industrial automation
Support soldering, pick-and-place, painting, and other repeatable industrial tasks.
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Physical AI training
Use demonstrations and repeatable workflows to support physical AI and robotics programs.
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Find the right product fit
Talk to the Haply team, and we'll help you evaluate the right option.