ARVALD TECH

Robotics and automation

Sensor mounts and gripping components.

Parts

Examples of custom parts

Robotic gripper fingers

AT-067 · One piece

We confirm feasibility after reviewing the sample or drawing.

Robotic gripper fingers

Gripper fingers contact the workpiece, follow its contour and hold it while the robot moves it.

Robotic end-effector contact tips

AT-068 · One piece

We confirm feasibility after reviewing the sample or drawing.

Robotic end-effector contact tips

The contact tip defines where the gripper bears on the workpiece and distributes pressure at that point.

Robotic linkages

AT-069 · One piece

We confirm feasibility after reviewing the sample or drawing.

Robotic linkages

The linkage joins two pivots and transfers motion between them.

Custom brackets and mounts

AT-070 · One piece

We confirm feasibility after reviewing the sample or drawing.

Custom brackets and mounts

The mount holds a machine-vision camera at the position and angle needed to see the station.

Custom brackets and mounts

AT-071 · One piece

We confirm feasibility after reviewing the sample or drawing.

Custom brackets and mounts

The mount locates a sensor next to its detection zone and helps restore its position after adjustment.

Custom electronics enclosures

AT-072 · One piece

We confirm feasibility after reviewing the sample or drawing.

Custom electronics enclosures

The enclosure houses the automation controller and organises access to its wiring.

Custom brackets and mounts

AT-073 · One piece

We confirm feasibility after reviewing the sample or drawing.

Custom brackets and mounts

The platform provides a shared mounting surface for placing modules in repeatable positions.

Custom brackets and mounts

AT-074 · One piece

We confirm feasibility after reviewing the sample or drawing.

Custom brackets and mounts

The adapter helps check how an actuator fits an assembly with a different mounting interface.

Cable guides and supports

AT-075 · One piece

We confirm feasibility after reviewing the sample or drawing.

Cable guides and supports

The holder routes the harness along the station and keeps it outside the mechanisms’ path.

Technical spacers and bushings

AT-076 · One piece

We confirm feasibility after reviewing the sample or drawing.

Technical spacers and bushings

The sleeve spaces two surfaces apart to maintain the intended assembly clearance.

Robotic linkages

AT-077 · One piece

We confirm feasibility after reviewing the sample or drawing.

Robotic linkages

A moving prototype reveals travel and potential interference before the final part is defined.

Non-structural machine covers

AT-078 · Segmented

We confirm feasibility after reviewing the sample or drawing.

Non-structural machine covers

The decorative shell finishes the robot’s exterior and conceals auxiliary components.

Non-structural machine covers

AT-079 · Segmented

We confirm feasibility after reviewing the sample or drawing.

Non-structural machine covers

The non-structural panel closes off a face of a robotics test stand and can provide openings for controls or connections.

Project preparation

Specify workpiece mass, available travel and the duty cycle.