Custom equipment for assembly and test automation, web-based material handling and converting, powder and liquid filling, device filling and finishing, and aseptic processing.
Custom automation systems built around motion, including laser processing machines, metrology systems, precision assembly and dispensing, and part handling. Scope runs from prototype to production.
Sprue removal stations for injection molded parts, in-process or separate, with pneumatic cutting pliers, knife blade on lifting unit, punch or milling spindle.
Design and development of special machines adapted to production conditions, and fixture manufacturing.
Special-purpose robotic machines, test benches, proofs of concept, and first-off and small series production, for dispensing, drilling, riveting and aerospace assembly.
Custom automated machines designed, built, programmed, tested and validated at Allied Automation before shipment, with on-site installation and site acceptance testing support.
Design and manufacture of cleanroom-compliant automated equipment for cleanroom and critical-environment use.
Custom-designed manufacturing machinery and turnkey factory/plant automation lines built to the customer's production requirements.
Custom-engineered single-station machines and multi-station assembly lines for applications not met by standard equipment.
The automation division designs and builds special-purpose machines and automates production processes; since 2019 combined with the robotics division.
Custom-designed machines that use pneumatic and servo actuators, bowl feeders, descramblers, indexing wheels, shuttles and tracks to assemble, process, inspect and test products.
Complete subsystems for linear motion: lifting units, linear and area gantries, servo-driven gripper solutions and jack systems with gears and servo drives.
Custom-built machines and automation cells, such as a cobot welding cell, a sheet metal cutting machine, a forklift lifting boom, a mattress-making machine and a plasma treatment cell.
Automatic machines built by subsidiary LOXIN: PKM Tricept systems, articulated-robot drilling cells, multifunctional end effectors and robotic platforms for drilling, machining and riveting.
Automated manufacturing systems for medical device, diagnostics and pharmaceutical manufacturers.
Linear, needle and flyer winding machines and continuous hairpin technology for producing coils, stators, rotors, pole chains, solenoid valves, relays and transformers.
Turnkey custom automation equipment for medical device, diagnostics, pharmaceutical and biotech manufacturing, covering assembly, inspection, dispensing and joining.
Custom-developed individual machines, linked lines and system solutions for assembly, testing, handling and manufacturing processes, from design to commissioning.
Custom automation systems built from standard motion stages, with controls, safety features, custom components and end-of-arm tooling, delivered as turnkey packages.
Horticultural machines, offered through Crea-Tech, for trolley loading, picking and placing, spacing, sorting, harvesting, stacking, sleeving, labelling, box filling and palletising of plants.
Custom special-purpose machines delivered from concept and requirements specification through mechanical and electrical engineering, PLC/HMI software, FAT/SAT, CE marking and commissioning.
Turnkey laser cells for welding, cutting and marking, integrating fiber, disk, Nd:YAG, CO2, excimer or diode lasers from 20 W to 20,000 W with tooling, manipulators, chillers and extraction.
Custom production machines covering design, controls, fabrication, installation and support, for assembly and transfer, material processing, and precision dispensing.
Custom automation for processes with no existing automation solution. Examples include leaflet pasting on medicine bottles, HVAC coil tube insertion and dross skimming.
Design, build, integration and testing of custom machinery and mechanical assemblies for manufacturing, testing and assembly processes, delivered from a 28,000-square-foot facility.
Custom machine building covering mechanical design, fabrication, assembly and testing, in a nine-step process ending in site acceptance testing.