Automation Equipment

Specialist Processes

Automated Test

We have a wealth of experience in the manufacture of automated test machines. By integrating proprietary test equipment or using our own bespoke devices we can undertake a range of test functions.

• Function test
• Pressure decay leak test
• Flow test
• Electrical (current/flash)
• Continuity

Automated Assembly

We have a large portfolio of automated assembly equipment operating in the field. Parts can be automatically fed using bowl feeders, tray feeders or magazines. As part of the assembly process, we understand the integration of process checks including poka yoke devices, force/distance monitoring and vision inspection.

• Parts feeders
• Poke yoke
• Force/distance monitoring
• Vision inspection
• One piece flow

Metal Cutting Forming

As part of an assembly, manufacturing process or as a standalone machine, we can design and manufacture machinery for the following functions:

• Drilling
• Tapping
• Folding
• Stamping
• Crimping
• Coining
• Roll Forming
• Laser Welding
• Swaging

Automated Handling

Handling either piece parts within an assembly process or the finished product, we can build automated equipment that integrates these systems:

• Robotics
• Six axis
• SCARA
• Cartesian servo pick and place
• Pneumatic pick and place
• Gantry and palletising systems

Marking

We can proof, date code or identification mark a component after a test or assembly process using:

• Inkjet printing
• Pad printing
• Laser marking
• Pin stamping
• Labelling (print & apply)

Thermoplastic Welding

Thermoplastic products can be joined together by plasticizing (softening to the point of melting) the surface of the parts and then pressing the parts together. The plasticizing process is achieved by the application of heat to the surfaces. Traditionally, the heat source can either be generated by friction ‘spin welding’ or applied directly to the surface. This can be done by ‘contact heating’ or by ‘non-contact’ heating if there are concerns about deposits being left on the product or hot plate. For non-contact/clean weld applications we have developed numerous solutions using IR lamps. These are far more energy efficient and responsive than traditional hot plates.

• IR-Welding
• Spin welding
• Hot plate 'contact' welding
• Hot plate 'non-contact' welding