Individually configured, additively manufactured lightweight gripper for handling cardboard boxes, bags and other freely formed workpieces. Universal handling of free-form workpieces such as sheets as well as flat workpieces such as packages Ideally suited for lightweight robots and cobots thanks to MRC-capable design High load capacity with minimal weight thanks to additive manufacturing Individual adaptation of the gripping system to the workpiece Max. lift capacity 10 kg Dimensions max: 350 x 350 x 250 mm

Configurable universal gripper with integrated or external vacuum generation for handling workpieces. Flexible area gripper for handling products regardless of size and geometry Allows handling of products from different picking positions Typically used for pick-and-place applications or end-of-line packaging in intralogistics Energy efficient, integrated vacuum generation for low operating costs

Finger grippers are suitable for a wide range of gripping and handling tasks. Due to the special finger geometry, products are gripped form-fittingly and at the same time gently and with low marks. The flexible finger connection enables both centric and parallel gripping with only one tool. For direct use with food as well as for pick & place applications.

Vacuum gripper for automated bin picking in the packaging and logistics sector suitable for MRK requirements. Handling of freeform parts thanks to a flexible suction cup that adapts optimally to the contour of the workpiece. The low weight makes it ideal for stationary handling tasks with collaborative robots.

The area gripping system FXCB/FMCB is ideal for stationary handling tasks with collaborative robots. It is suitable for handling workpieces regardless of size and geometry. The area gripping system is equipped with an integrated pneumatic vacuum generation. Its extremely low weight and rounded shape make this gripper particularly well suited for HRC operation. Innovative product design featuring increased contact surface and reduced impact forces For all applications in the area of intralogistics (such as end-of-line packaging, pick & place applications) using HRC robots.

The vacuum area gripping systems FXP and FMP guarantee maximum flexibility during automated handling processes. This universal gripper makes automated palletizing, depalletizing, order picking and sorting of the most varied goods in varying dimensions with only one gripper possible. Workpieces made from the most varied materials, such as carton, wood, metal sheets (dry) and plastic, both with and without cut-outs, can be handled. The FXP/FMP series generates an average of 86% more suction force than comparable grippers on the market.

Area gripping systems are suitable for use in a wide range of applications. They grip a variety of different surfaces and geometries, porous or airtight workpieces and workpieces in undefined positions. The area grippers FX/FM feature an impressive compact size and low weight. They are ideal for use in packaging machines such as case packers. The grippers are available with an integrated vacuum generator (FX) and a connection piece for external vacuum generation (FM).

Robust gripping system with connection for external vacuum generator for the efficient handling of sawn timber, planed and glued products, plate products, construction timber, pallets and box elements. Ideal for the rough application conditions in sawmills or in woodworking and furniture construction. Ideal for highly porous and twisted workpieces.

Vacuum end effector for quick pick and place applications, particularly in the packaging industry. Fast and cost-effective design of vacuum end-effectors for high-speed packaging processes. Flexibly configurable, perfectly matched individual components.

Sealing foams are used on vacuum gripping systems for a wide variety of lifting operations. The advantage of sealing foams is that you can handle different workpieces with minimum leaks using the same gripper. This allows you to move workpieces with unevenness, roughness and gaps dynamically and efficiently.