Automated Assembly Systems
Adaptek Systems provides a wide variety of cost effective automated assembly systems aimed at increasing productivity and maximizing your production efficiency. Our solutions can be as simple as a single function station or as complex as a totally automated and integrated system consisting of multi-process workcells and material handling transfers. In many applications these systems can also integrate part testing, inspection, final part marking and automated packaging in a production ready, turnkey system.
Soldering Systems | Welding Systems | Positioning Systems | Plastics Processing Systems
Automated Assembly Systems Processes:
- Incoming component feeding from vibratory bowls, magazines or trays
- Hardware assembly including threaded fasteners, inserts, clip and springs
- Automated soldering of wires, electrical terminations and compoents
- Welding for metal bonding and electrical conductivity
- Dispensing of adhesives, sealants and lubricants
- Ultrasonic or Laser welding of plastics
- Testing of electrical or mechanical function
- Laser or ink marking or coding
- Small tube forming, cutting, welding and brazing
Exclusive to Adaptek Systems are the MRD and the MLP modular transfer platforms incorporating our advanced process automation stations. These platforms offer the highest level of configuration flexible and modularity in the industry at a cost equal to or less than conventional automation handling systems.
Automated assembly systems and workcells developed at Adaptek Systems can also be configured as single process workstations, multi-process indexing dials (2 to 24 synchronous stations) or integrated workcells linked with automated asynchronous linear palletized transfer systems.
Working closely with your production staff, the Adaptek Systems Team can develop your total production assembly system, matched to your specific automation requirements, on schedule and effectively priced.
- Single station workcell systems, lower volume and costs with small floor space requirements.
- Rotary indexers for high throughput and low overall cycle times.
- Linear palletized automation handling systems for larger products and increased flexibility.
- Programmable positioning systems, greatest flexibility and adaptability.
- Multi-head units of 2 to 16 parts per cycle, sequenced to match existing production flow.