Projects

Palletizer Line Integration

We work closely with our clients on their project specifications to derive a straightforward approach to their product. Our PLC expertise ensures proper integration of components such as, conveyors, palletizers, depalletizers, vision & weigh checks and robot arm.

To achieve cost effectiveness careful specification of robot arm is required. A sufficient payload inclusive of end-of-arm tooling and adequate degree of freedom offer the leanest solution. This capacity includes the weight of any grippers, sensors, cameras, or other accessories that may be required for the application.

Selecting a robot arm with a sufficient payload capacity can help to minimize the risk of equipment damage, reduce downtime due to equipment failure, and improve overall efficiency.

  • Proper use of suction cups in end-of-arm tooling for cost-effective output

  • Accurate data logging of label application through vision check

  • Integration of modular conveyor line for cost savings

Robotic handler

perfect solutions for repetitive and labour intensive works

Box Insert And Transfer Station

Palletizer Application

Storage And Retriever Handler Application

Crane

PLC controlled crane operation in electroplating of sheet metals. The coating of fabricated metals are carefully automated into a series of tanks controlled by solenoid valves and pressure meters.

This service is particularly important in industries that require high-quality electroplating, such as the automotive, aerospace, and electronics industries.

Additionally, we offer consultation services to assist clients in optimizing their electroplating process, such as recommending the appropriate crane equipment for the job or advising on best practices for handling and processing metal parts during the electroplating process.

Multi-crane operation 

Long horizontal axis with multi-crane operation and queue arrangement

Automated loading with Crane

Fully automated and scalable design for heavy lifting and quick transfer

Semiconductor handler and vision checker

We offer programming solutions for semiconductor chip testing machines through a series of conductor and vision check. Conductor checks involve testing the electrical connections and conductivity of the various components on the chip, while vision checks use imaging technology to inspect the physical structure and layout of the chip.

Programming solutions can be used to automate the testing process and improve the accuracy and efficiency of both conductor and vision checks. By developing customized software programs that can perform these checks automatically, semiconductor manufacturers can reduce the risk of human error and improve the reliability of their testing results.