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Features and Benefits
| Lightweight 1.18 kg |
- Conserves robot-arm payload capacity
- Minimizes geometric interference
- Reduces accelerated inertia
- Enhances safety |
| Self-contained |
Minimizes space, wires, and signal noise |
| Human-scaled |
- Adaptable to objects scaled for human grasping, such hand-held tools
- Intuitive application development |
| Low Profile |
Minimizes torque on robot's wrist and kinematic cross - coupling |
| Patented reconfigurable spreading fingers |
- Can grasp a wide variety of objects, with a variety of grasp styles
- Allows flexible automation without the increased cost and decreased throughput of tool changers |
| Patented clutch mechanism distributes grasp forces |
Firm grasp, even on delicate and precision surfaces |
| Two control modes: Supervisory Mode, RealTime Mode |
Allows robot programmers to issue either high-level commands or close low-level loops outside of the hand |
| High speed capability |
- Improved throughput in pick-and-place applications
- Dynamic capture capability |
| Brushless Samrium - Colbalt servo motors |
- Lower rotor inertia/fast response
- No brush wear/replacements
- High torque, low mass
- Explosion proof
- Carbon brush particles eliminated
- Vacuum compatiblility |
| All electric - no pneumatics, no hydraulics |
Clean and quiet — no pumps, no hoses, no seals, no filters, no leaks |
| Mechanical and electronic intelligence |
- Low-level hand behaviors automatically ensure secure grasps
- Enables supervisory - style control |
| Backdrivable palm - spread transmission |
Fingers readjust to most stable spread configuration |
| Non-backdrivable finger transmission |
- Object remains secure without power
- Payload capacity not limited by active squeezing force |
| Driver specifications provided |
Enables robot programmers to incorporate hand commands into any C-language program |
| Manual-override grasp release |
Target can be freed manually in case of prolonged power loss |
| Quick mechanical/electric disconnect |
Quick/simple arm attachment |
| High-level CPU command interpreter inside hand |
Simplifies any programing and minimizes I/O traffic |
| Fast, low-level access to actuator commands and sensor signals |
Superior programming flexibility |
| Industry-standard RS-232C serial communications |
Completely compatible with serial ports on all PCs |
| RS-232C Communications |
- Industry standard interface allows easy integration with any host computer
- Open architecture enables software development with any platform or language |
| All necessary software, cables, DC power supply, maintenance kit, manuals included in base price |
- System can be checked and used immediately
- Hassle-free installation |
| Transparent bench-top stand, included with base system |
Provides convenient platform for testing |
| Optional low-profile, mounting adapters available for any robot arm |
Simplifies integration |
| C-Language command library for PCs masks tedious I/O details |
Workcell controller can access hand commands immediately |
| Wide range of software selectable communication speeds: 300 to 38,400 baud |
- Enables flexibility to communicate with a wide variety of devices and computers
- Allows high speed communication |
| Optional strain gages |
Enables direct fingertip torque sensing |
| Warranty |
Twelve month standard warranty covers materials, labor, software upgrades, and normal wear up to 5000 cycles a month (extendable up to 60 months) |
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