Vacuum Grippers for Humanoid Robots

Electric Vacuum End Effector HXCB: Schmalz’s Innovation for Humanoid Robots

Humanoid Robots: The Technology That Is Transforming Entire Industries

Humanoid robots are considered one of the most significant technological developments of our time. Unlike traditional industrial robots, which are typically stationary and designed for a single task, humanoid systems mimic the human form and range of motion. This design allows them to move through environments originally designed for humans - without requiring any modifications to production facilities, storage facilities, or workplaces. This is precisely what makes humanoid robots so promising for the industry of the future.

The Biggest Challenge: Reliable Gripping

While humanoid robots have made tremendous advances in locomotion, balance, and perception in recent years, one capability remains particularly challenging: grasping.

The human hand is a highly complex tool - it can grasp a wide variety of shapes, weights, and materials without causing damage. Humanoid robots therefore require grasping solutions that:

are lightweight, so that the robot’s payload capacity and energy efficiency are optimally maintained
are compactly designed to operate collision-free even in tight and dynamic environments
operate self-sufficiently, without relying on an external compressed air supply or complex cabling
grip reliably and precisely, even with varying workpiece geometries and properties

Schmalz addresses this need with the electric vacuum end effector HXCB - a solution for reliable handling with humanoid robots.

Schmalz Is Introducing the World's First Electrically Powered Vacuum End Effector for Humanoid Robots

Discover it live at CIIF in China

Humanoid robots are considered the next level of automation. Discover Schmalz’s latest innovation at the CIIF in China: the world’s first electric vacuum end effector HXCB for humanoid robots.

Schmalz brings decades of vacuum expertise to humanoid robotics, setting new standards for autonomous gripping with its unique technology.

∼ Markus Schmider, Industry and Key Account Manager Robotics

Vacuum Grippers for Humanoid Robots: The Benefits at a Glance

Flexible Object Handling

Vacuum grippers make it possible to grip a wide variety of shapes and materials.

High process reliability

Even when workpiece properties vary, vacuum grippers ensure reliable and safe gripping.

Lightweight weight

Their minimal weight makes vacuum grippers ideal for mobile and humanoid robotic systems.

Energy Efficiency

Efficient operation helps conserve battery life in battery-powered systems such as humanoid robots.

Easy Integration

Vacuum grippers can be integrated quickly and easily into existing robotic systems.

Gentle handling

Low-contact gripping technology enables the safe and damage-free handling of sensitive products and surfaces.

NEW: Electric Vacuum End Effector HXCB

The First Electric Vacuum End Effector for Humanoid Robots

The electric vacuum end effector HXCB is the first to combine an integrated electric vacuum generator with an electric vacuum end effector in a compact system designed for humanoid robots that need to move freely and perform safe handling of objects. An internal pressure sensor intelligently regulates energy consumption - ensuring maximum energy efficiency without relying on external sources.