The Epson LS Series SCARA robots provide an affordable solution for high-speed industrial automation. Their compact design delivers reliable performance while reducing automation costs. As a result, manufacturers can improve productivity without sacrificing precision or throughput.

Designed for assembly, pick-and-place, material handling, packaging, and machine tending, the LS Series supports a wide range of manufacturing applications. Furthermore, long reach options and higher payload capacities provide flexibility for both new and existing production lines.

Key Features & Specifications:

• SCARA robot design for cost-effective industrial automation
• Reach options from 400 mm to 1,000 mm
• Payload capacities from 3 kg to 50 kg
• Fast cycle times starting at 0.39 seconds
• Compact footprint for efficient machine integration
• High-speed motion for increased production throughput
• Excellent repeatability for assembly and handling applications
• Long reach options for larger work areas
• Flexible mounting configurations for diverse production environments
• Compatible with vision systems, end-of-arm tooling, and automation peripherals

When selecting an Epson SCARA robot, In-Position Technologies follows a consultative engineering process. First, our team evaluates your production goals and application requirements. Then, we recommend the best LS Series configuration for maximum performance and long-term value.

Our application evaluations include:

• Required throughput and cycle time goals
• Payload and reach requirements
• Part size and handling characteristics
• Workspace and machine layout considerations
• Accuracy and repeatability requirements
• End-of-arm tooling selection
• Vision system and inspection integration

When customers implement the Epson LS Series as part of a complete automation solution, IP Tech engineers optimize every aspect of the system by:

• Selecting the appropriate SCARA robot model
• Verifying compatibility across all automation components
• Integrating vision, conveyors, feeders, and tooling
• Validating system performance before deployment
• Supporting installation, programming, and ongoing optimization