The integrated spring-loaded centering mechanism automatically aligns the components without introducing stress. This reliably compensates for misalignment and helps prevent mechanical binding, including during repeated automated cycles.

The module compensates for a radial offset of ±1 mm in the XY plane and a rotational angle of ±3°. At the same time, it reliably transfers high forces along the Z axis under both tensile and compressive loads. It is ideal for gripper assemblies, joining units, and applications with limited installation space.

Its compliant design reduces mechanical load peaks and helps protect adjacent assemblies, such as robot flanges and adapter elements, from premature wear. AXIS-SA50 improves alignment during joining, minimizes assembly stress, and increases long-term process reliability.

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The stable construction provides a secure, clean mounting point for DIN rails, cable ducts, control elements, or adapter plates, making modular systems easy to expand for a specific application.

ELO-MH is available for 20 mm, 30 mm, and 40 mm columns. The standard black anodized finish offers reliable corrosion protection and a uniform surface. Compatible columns and shafts are available in the VIA series.

Both ends feature threaded bores with factory-installed self-locking threaded studs. This dual-sided design provides greater flexibility while maintaining secure connections and precise alignment.

SENO-SWD is available in 8 mm and 12 mm diameters. Compatible components with M5 threads include the SENO-TV Tee-Connector, SENO-GS Detector Holder Vertical, SENO-GP Detector Holder Parallel, and SENO-GV2 Hinged Connector 2.0.

One end features a threaded bore with a factory-installed self-locking threaded stud. This provides a secure connection and precise alignment within the system.

SENO-SW is available in 8 mm and 12 mm diameters. Compatible components with M5 threads include the SENO-TV Tee-Connector, SENO-GS Detector Holder Vertical, SENO-GP Detector Holder Parallel, and SENO-GV2 Hinged Connector 2.0.

An integrated M5 thread allows direct mounting to SENO-SW8, SENO-SW12, SENO-SWD8, and SENO-SWD12 sensor shafts. The design is particularly suitable for sensor-oriented applications with limited installation space.

SENO-GP is made from milled aluminum with a black anodized finish.

An integrated M5 thread allows direct mounting to SENO-SW8, SENO-SW12, SENO-SWD8, and SENO-SWD12 sensor shafts. The compact geometry supports precise sensor positioning in space-constrained applications.

SENO-GS is made from milled aluminum with a black anodized finish.

The holder can be adapted to SENO-SW8, SENO-SW12, SENO-SWD8, and SENO-SWD12 sensor shafts. The combination of black anodized aluminum and a precisely fitted stainless steel insert provides a robust, durable, and accurate solution for sensor-critical applications.

The holder is compatible with SENO-SW8, SENO-SW12, SENO-SWD8, and SENO-SWD12 sensor shafts. Its precise geometry and secure screw connection provide stable positioning in automated testing and production processes.

SENO-GH is made from milled aluminum with a black anodized finish.

The advanced design provides increased clamping force and improved retention of the selected angular position. Once tightened, the joint remains securely fixed for greater stability.

Both sides feature internal threads. The 8 mm version is compatible with SENO-SW8 and SENO-SWD8 sensor shafts, while the 12 mm version is compatible with SENO-SW12 and SENO-SWD12.

The pedestal can be mounted directly to the conveyor structure or integrated into an existing technical assembly. Typical applications include mechanical engineering, plant engineering, conveyor technology, and sensor systems installed along a production line.

SENO-BSL is available for 8 mm and 12 mm columns and is made from black anodized, milled aluminum.