Logicontrol's Rotary Indexing Systems are engineered to optimize high-precision assembly and machining processes that require repetitive, sequential operations. These specialized machines use rotary indexing tables to position workpieces quickly and accurately, ensuring smooth transitions between stations and minimizing cycle time. Designed for durability and efficiency, our systems are ideal for industries demanding both speed and consistency.

With robust mechanical construction, intelligent controls, and customizable configurations, our rotary indexing solutions integrate seamlessly into automated production lines. They are widely adopted in automotive, electronics, medical devices, and industrial manufacturing where precision and reliability are paramount.

Key Features

• High-precision rotary tables with accurate indexing

• Configurable for multiple workstations and assembly tasks

• Heavy-duty build with long service life

• Servo or cam-driven options for flexibility

• Compact footprint for space optimization

Applications

• Automotive component assembly and machining

• Electronics manufacturing and soldering processes

• Medical device production and packaging

• Consumer goods sub-assembly

• Industrial tooling and precision engineering

Our Specialized Rotary Indexing Machines

• Servo-Driven Rotary Indexing Table - Offers flexible speed control and programmable accuracy, ideal for modern automated assembly lines.

• Cam-Driven Rotary Indexing System - Designed for high-speed applications with robust mechanical accuracy and minimal downtime.

• Multi-Station Rotary Assembly Machine - Enables simultaneous processing at multiple stations for enhanced productivity and reduced cycle time.

• Heavy-Duty Rotary Indexing Platform - Built for large and heavy components, ensuring reliable performance in demanding industrial environments.

Benefits

• Reduced cycle time with efficient workstation transitions

• Superior accuracy and repeatability in assembly processes

• Scalable design for small, medium, and large components

• Low maintenance with long-term reliability

• Improved process automation and production efficiency