• Industry > Metal·Plastics
  • Application > Machine Tending
  • Sector > Manufacturing

This application case features a robotic automation system solution using Neuromeka's Indy7 to improve material supply accuracy and operational efficiency in press manufacturing processes.

By synchronizing 6-axis collaborative robots with conveyor systems, we have established a flexible material supply chain between processes. This implementation ensures consistent product quality and significantly enhances overall production efficiency.

Components

Robot

  • Robot: Indy7

    • 6-axis collaborative robot.

    • Payload: 7kg.

    • Maximum Reach: 1.3m (standard reach 800mm, total span optimized for machine tending).

    • Weight: 28kg.

    • Repeatability: ±0.1mm.

Workflow

STEP 1.
Material Transit: Raw materials move along the conveyor belt.
STEP 2.
Detection & Loading: Once the conveyor sensor detects the material, Indy7 (A) picks the part, loads it into the press machine, and the pressing cycle begins.
STEP 3.
Unloading: After the press cycle, the robot moves the processed part back onto the conveyor.
STEP 4.
Sequential Processing: Indy7 (B) and Indy10 (C) repeat the same sequence downstream to complete the multi-stage production.

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