Assembly Line Automation

• Full integration with line tooling and testing equipment
• Customized, modular and flexible solutions based on the application
• Advanced automation technology using mechatronics
• Ergonomic & operator-friendly design
• Safety interlocks and compliance to safety standards
• If you are considering automating your manufacturing line, collaborating with experts that specialize in factory automation systems saves time and money. S.P. Engineers' specializes in innovative machines and customized work cells and can help implement custom automation into your company that meets your goals. We can take your existing assembly ideas or processes and make them come to life or we collaborate with you to come up with a better solution to the assembly process. Contact us today to reap these benefits to your assembly process from automated systems.
• The most important business challenge for manufacturing companies is how to increase the flexibility and speed of production while keeping costs down. One of the key technologies is assembly line balancing. Balancing an assembly line is a procedure in which tasks are distributed evenly to each assembly station in the line so that each workstation has the same amount of work.
• It is very important to balance the workload of the operator at every station and to reduce the operator idle This means increases the station utilization to the maximum.  A well-balanced workstation reduces waste, increase utilization and throughput, while reducing faults and rejections. It also allows the company to reduce the price of their product through the decrease in the production cost of the unit.

Applications of Assembly Line Automation

• Automated assembly lines are widely used in hardware.
• Automobile manufacturing.
• Electric vehicle production.
• Motorcycle production.
• Self-production.
• Machinery manufacturing industries.

Advantages of Assembly Line Automation

• Advantages commonly attributed to automation include higher production rates.
• Increased productivity.
• Reliability.
• More efficient use of materials.
• Better product quality.
• Improved safety.
• Shorter workweeks for labor.
• Reduced factory lead times.
• Track & Trace Capabilities.
• Greater Volumes.
• Labor Savings.
• Consistency of Output and Throughput.