DEXTERITY GETS ROBOTS NOTICES,
DURABILITY GETS THEM DEPLOYED

Join us at Swiss Robotics Day 2026

Robotic hands are leaving the lab. Humanoids and dexterous grippers are heading to the factory floor, where a good demo is no longer enough. Every finger has to deliver human-level force, shift after shift, without overheating at peak torque. Every joint has to fit in a few centimeters. And every actuator has to be built in series, not one at a time.

For robot makers, that means a partner who has already solved this equation in automotive and industry. For 90 years, we have designed actuators that are power dense, durable and easy to industrialize, and we build 50 million systems a year with a 0 ppm mindset. With MMT, our technology partner, we now bring that industrial grade to the hand: from a sub-50 g actuator to a complete finger module.

We don't wait for humanoids to reach series production. We are already building the actuators they will need when they do.

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UNDER 50g FOR 1.5 Nm PEAK

Enough torque to drive a joint without weighing down the hand: less inertia at the end of the arm, more margin for the rest of your architecture

1 module for 1 finger

Gearbox, air or liquid thermal management and control electronics come together in a single unit. You integrate one module per finger , not a chain of suppliers

40 N FINGERTIP FORCE

Human-level force, 20 DoF with 16 actuated joints and tactile fingertips: enough to prove our actuators on real-world industrial tasks

01

GEN 2 ROBOTICS ACTUATOR

Inside a robotic finger, every gram and every degree counts. An actuator that heats up at peak torque or fights back through its gearbox costs you dexterity first, then uptime. Our second-generation robotics actuator delivers 1 to 1.5 Nm peak torque and 0.5 to 1 Nm continuous in under 50 g, in two sizes. High torque density, low cogging and high backdrivability give the finger a natural, compliant motion, and heating stays low even at peak conditions. Its compact design adapts to different gearbox configurations, and it was designed from the outset for scalability, durability and manufacturing. For robot makers, that means a joint that scales from prototype to fleet without a redesign

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02

FINGER ACTUATION MODULE

Every finger needs several degrees of freedom, each with its own gearing, cooling and electronics, all housed in a hand or a forearm. Integrate them part by part, and every interface becomes a risk: heat, wiring, assembly time, durability. Our finger actuation module packs all the degrees of freedom of one finger into a single compact unit. It combines a custom gearbox, air or liquid thermal management and control electronics, and its design is tailored to your hand and forearm architecture. It is built to meet the toughest durability requirements of robotic hand makers. For robot makers, that means fewer parts to integrate, fewer interfaces to validate and a faster path to a hand that lasts

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03

ROBOTIC HAND

A datasheet doesn't prove that a hand can grip, hold and repeat in an industrial cell. You need to see the actuators work under real loads. Our robotic hand is not a catalog product: it is the dexterous platform where we validate our robotics mechatronics. It combines 20 degrees of freedom, 16 of them actuated, with human-level fingertip force of 40 N, full palm integration, backdrivable joints and fingertip tactile sensors. Designed and made in Europe with MMT, it lets us test the most demanding industrial use cases before they reach your line. For robot makers, that means actuators proven in a complete hand, not just on a test bench

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YOUR HAND DESERVES ACTUATORS
BUILT FOR FACTORY FLOOR