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CLYR AutoStitch Pro Robotic Arm
Angle 1
Tension Head Detail
Factory Integration
Engineering Schematic
Hardware Module

CLYR AutoStitch Pro

SKU: ED-CLYR-ASP-9000

The focal point of advanced sewing factory automation. The CLYR AutoStitch Pro is a 6-axis robotic articulation arm engineered specifically for complex apparel manufacturing. By interfacing bidirectionally with the CLYR Flow Manager, it dynamically adjusts thread tension, speed, and stitch parameters in real-time based on fabric topography.

  • Replaces up to 3 manual joining stations per operational shift.
  • Sub-millimeter precision utilizing the proprietary CLYR Vision AI.
  • Compatible with rigid denims, synthetics, and ultra-lightweight knits.
  • 100% US-based support SLA from Everstone Developments.

Enterprise B2B Acquisition

Request Engineering Consultation

Pricing is volume-dependent and requires a factory floor capability assessment.

Technical Specifications

Core Axis Mobility 6-axis high-torque brushless servo articulation
Stitch Rate Max Up to 4,500 SPM (Stitches Per Minute) - Material Dependent
Communication Protocol Encrypted TCP/IP directly to CLYR Flow Manager via Ethernet or Industrial Wi-Fi 6
Power Requirements 220V - 240V AC, 3-Phase, 50/60Hz, 15A Minimum
Operating Footprint 1.2m x 0.8m (Excluding material feed buffers)

The CLYR AutoStitch Pro is native to the CLYR Flow Manager v4.0+. It requires an active enterprise software license for real-time adjustments and machine-learning updates. While standalone operation is possible, Everstone Developments strongly advises utilizing the full CLYR system to realize the guaranteed 40% efficiency gains.

Standard installation by an Everstone Developments field engineer takes approximately 48 hours per unit, minimizing production downtime. Full network mapping and AI-calibration to your specific patterns typically concludes within 5 business days.

Backed by our comprehensive B2B industrial warranty. Includes 3 years on all servo motors and structural components, plus a 24-hour response SLA for any critical hardware failure within the continental US.