Rochu softgripper
23 Jun
23Jun

In the garment and footwear manufacturing industry, automation has become increasingly important for improving production efficiency and reducing labor costs. However, handling soft, deformable, and irregular textile materials remains a significant challenge.Many manufacturers initially use traditional pneumatic grippers for picking garment semi-finished products, fabric pieces, shoe uppers, and other textile components. Unfortunately, the results are often unsatisfactory. Materials may slip during handling, multiple layers may be picked unintentionally, and product surfaces can become wrinkled or deformed. These issues directly affect production stability and final product quality, leading to customer dissatisfaction.To address these challenges, we recommend our Garment Soft Gripper Starter Kit, designed specifically for fast validation of gripping and layer-separation applications across various textile materials.


Challenges of Gripping Garment and Shoe Semi-Finished Products

1. Soft and Flexible Materials

Fabric pieces, shoe uppers, and garment semi-finished products have low rigidity and easily change shape during handling. Conventional pneumatic grippers often struggle to achieve stable gripping without causing deformation.

2. Material Diversity

Manufacturers frequently work with different materials, including:

  • Cotton fabrics
  • Polyester textiles
  • Knitted fabrics
  • Denim
  • Leather
  • Synthetic leather
  • Composite shoe upper materials

Each material requires different gripping strategies, making traditional end-effectors difficult to standardize.

3. Layer Separation Difficulties

In automated feeding processes, textile materials are often stacked together. Reliable separation of a single layer is essential for stable robotic handling, yet conventional grippers frequently pick multiple layers simultaneously.

Garment Soft Gripper Starter Kit

The Garment Soft Gripper Starter Kit is designed for rapid testing and validation of textile gripping applications.

Ready to Use

The kit comes complete with all necessary components. No additional accessories or specialized tools are required.Users can assemble modules and begin testing within minutes, significantly reducing project evaluation time.

Multiple Soft End-Effector Modules

The kit includes various flexible gripping modules, ranging from soft beak-style grippers to conventional flexible finger designs.These interchangeable modules allow users to quickly identify the optimal gripping solution for different fabric types and product geometries.

Plug-and-Play Control Unit

A standard plug-and-play control unit is included.Operation requires only:

  • Compressed air
  • Electrical power

No complex programming or additional pneumatic configuration is needed for initial testing.

Typical Applications

The Garment Soft Gripper Starter Kit is suitable for:

  • Garment semi-finished product handling
  • Fabric feeding automation
  • Single-layer fabric separation
  • Shoe upper picking
  • Textile material transfer
  • Apparel manufacturing automation
  • Footwear production lines
  • Vision-guided robotic picking systems

Benefits of the Solution

Faster Project Validation

Instead of designing custom grippers from scratch, manufacturers can quickly evaluate gripping feasibility and shorten development cycles.

Reduced Testing Costs

The modular design minimizes engineering investment during the proof-of-concept stage.

Improved Gripping Stability

Flexible contact surfaces adapt to material variations, reducing slipping and improving handling consistency.

Enhanced Compatibility

One kit can be used across multiple fabric types and footwear materials, improving versatility and reducing equipment changeover requirements.

For manufacturers seeking reliable automation solutions for garment semi-finished products and shoe upper handling, traditional pneumatic grippers often struggle to meet production requirements.The Garment Soft Gripper Starter Kit provides a fast, practical, and cost-effective way to validate gripping and layer-separation applications across a wide range of textile materials. With modular soft gripping components and a plug-and-play control system, users can quickly determine the most suitable solution before moving to full-scale deployment.Whether for apparel manufacturing, textile processing, or footwear production, flexible gripping technology offers a more adaptable approach to handling soft and variable materials in modern automated factories.

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