All Robots/Servo Robots

Star AutomationTechnical Specs:

  • Programmable Controllers
  • User Intuitive
  • Minimal training & support needed
  • Available worldwide 24/7
  • Robotic Arms
  • Efficient systems for the job
  • More output
  • Minimized operating costs
  • End of Arm Tooling (EOAT)
  • Precision picking & pulling
  • Custom to your set up
  • Engineered dependability


How do Robots Improve Injection Molding?

You can utilize robots in your factory to optimize your injection molding process by:

  • Increasing Efficiency
  • Increasing Quality Consistency
  • Reducing Labor Costs
  • Making Work Environment Safer

Are servo robots compatible with all injection molding machines?

Our robots can be fitted for almost any injection molding machine (IMM) set-up. Servo robots and sprue pickers connect with SPI 32 pin and 50 pin standardized robot to press interfacing.

What are the benefits of servo robots over traditional automation in injection molding?

Injection molding servo motor robots offer superior performance, including:

  • Improved Cleanliness
  • Better Precision
  • More Consistent Control
  • More Functionality
  • Cost/Energy Savings

Servo robots excel over traditional automation in several modern industrial applications.

How to integrate servo robots into existing injection molding processes?

Integrating servo robots into the IMM process consists of:

  • Installing and Setting Up Equipment
  • Testing and debugging new equipment
  • Properly training employees
  • Monitoring and optimizing performance 

Are there specific industries that benefit most from servo-driven injection molding robots?

Servo-driven injection molding robots help automate the production of products in several industries including:

  • Automotive
  • Food & Beverage
  • Electronics
  • Medical & Pharmaceutical
  • Consumer Products
  • Building & Construction
  • Telecommunications

How does servo technology reduce cycle times in injection molding?

Servo technology, such as Star Automation IMM servo robots, optimizes injection molding cycle times by precisely controlling mold extraction. This efficiency ensures swift and accurate movements, especially crucial for rapidly cooling products like thin-walled packaging items.