...

Footwear Industry

0%

Footwear Industry

As a key traditional manufacturing sector, the footwear industry is upgrading from manual processing to intelligent cutting, marking and sewing equipment. Applied to various shoe products and components, the intelligent solution delivers automated, high-precision, cost-efficient production with faster style switching, shorter cycles and stable quality.
 
Core Processes
Assembly Sewing: Assemble processed parts into complete shoe uppers.
Final Forming & Inspection: Complete shaping, fitting, quality inspection and finished product delivery.
 
Industry Development Advantages
– Reduce manual reliance and labor costs
– Improve precision and consistency, reduce defect rates
– Support flexible small-batch and multi-style production
– Shorten lead time and boost market competitiveness
– Simplify procedures for streamlined smart production
 
Applicable Materials
Genuine/split/microfiber/PU leather, mesh, canvas, Oxford cloth, EVA foam, reinforcing cloth and shoe accessories

1.

Vibrating Knife Cutting Machine Process

Material cutting (the first working procedure of shoe making)

Application: Cut upper parts, shoe tongues, shoe flaps, insoles and irregular components. Suitable for leather, PU, microfiber, mesh fabric, EVA, foam and other flexible shoe materials.

Features: No cutting die required. Clean cuts without scorch marks, material nesting function saves raw materials.

1.

Vibrating Knife Cutting Machine Process

Material cutting (the first working procedure of shoe making)

Application: Cut upper parts, shoe tongues, shoe flaps, insoles and irregular components. Suitable for leather, PU, microfiber, mesh fabric, EVA, foam and other flexible shoe materials.

Features: No cutting die required. Clean cuts without scorch marks, material nesting function saves raw materials.

2.

CNC Leather Cutting Machine Process

Precision cutting for shoe components

Application: Cut full-grain leather, synthetic leather for shoe uppers, linings and reinforcing patches. Equipped with visual positioning to avoid material defects automatically.

Features: High precision and stable performance for multi-layer cutting. Widely used in mass production of mid-to-high grade leather shoes and sports shoes.

2.

CNC Leather Cutting Machine Process

Precision cutting for shoe components

Application: Cut full-grain leather, synthetic leather for shoe uppers, linings and reinforcing patches. Equipped with visual positioning to avoid material defects automatically.

Features: High precision and stable performance for multi-layer cutting. Widely used in mass production of mid-to-high grade leather shoes and sports shoes.

3.

Automatic Marking Machine Process

Position marking and line drawing for cut pieces

Application: Draw stitching lines, folding lines, gluing lines, size marks and logos on shoe parts. Replace manual marking and screen printing.

Features: High efficiency and consistent marking effect. Optional vanishing ink for different production demands.

3.

Automatic Marking Machine Process

Position marking and line drawing for cut pieces

Application: Draw stitching lines, folding lines, gluing lines, size marks and logos on shoe parts. Replace manual marking and screen printing.

Features: High efficiency and consistent marking effect. Optional vanishing ink for different production demands.

4.

Laser Cutting Machine Process

Fine hollowing, engraving and perforation

Application: Create hollow patterns, tiny ventilation holes, logos and decorative cutouts on shoe uppers, especially for casual shoes, ladies’ shoes and sandals.

Features: Ultra-high cutting accuracy for complex delicate patterns. Not recommended for large-area cutting of thick leather due to possible edge scorching.

4.

Laser Cutting Machine Process

Fine hollowing, engraving and perforation

Application: Create hollow patterns, tiny ventilation holes, logos and decorative cutouts on shoe uppers, especially for casual shoes, ladies’ shoes and sandals.

Features: Ultra-high cutting accuracy for complex delicate patterns. Not recommended for large-area cutting of thick leather due to possible edge scorching.

5.

Computerized Pattern Sewing Machine

Process: Pattern stitching, reinforcement and decorative sewing.

Application: Sew complex stitches on sport shoe uppers, reinforce toe caps and heels, attach Velcro, labels and decorative patterns. Also applicable to insole sewing.

Features: Pre-programmed stitching patterns, automatic thread trimming and reverse stitching. Uniform stitches and low reliance on skilled workers.

5.

Computerized Pattern Sewing Machine

Process: Pattern stitching, reinforcement and decorative sewing.

Application: Sew complex stitches on sport shoe uppers, reinforce toe caps and heels, attach Velcro, labels and decorative patterns. Also applicable to insole sewing.

Features: Pre-programmed stitching patterns, automatic thread trimming and reverse stitching. Uniform stitches and low reliance on skilled workers.

6.

CNC Punching Machine Process

Hole punching

Application: Make shoelace holes, ventilation holes and decorative holes on leather, fabric, PU and EVA shoe materials.

Features: Support programmable pattern switching without frequent die replacement. Smooth hole edges, high punching speed.

6.

CNC Punching Machine Process

Hole punching

Application: Make shoelace holes, ventilation holes and decorative holes on leather, fabric, PU and EVA shoe materials.

Features: Support programmable pattern switching without frequent die replacement. Smooth hole edges, high punching speed.

7.

Sewing Machine Process

Main stitching, joining and edging

Application: Core sewing procedures for shoe assembly:
• Flat sewing machine: Splice large upper pieces and linings
• Post bed sewing machine: Sew shoe tubes, quarters, toplines and curved parts
• Over lock machine: Prevent fabric fraying on cut edges.

7.

Sewing Machine Process

Main stitching, joining and edging

Application: Core sewing procedures for shoe assembly:
• Flat sewing machine: Splice large upper pieces and linings
• Post bed sewing machine: Sew shoe tubes, quarters, toplines and curved parts
• Over lock machine: Prevent fabric fraying on cut edges.

8.

UV Printing Machine Process

Digital printing & customization

Application: Direct print patterns, logos and gradient colors on shoe uppers, tongues, heels and curved surfaces. Compatible with canvas, mesh, TPU and leather.

Features: No plate making needed, support one-piece custom printing. UV ink is bend-resistant, water-proof and long-lasting.

8.

UV Printing Machine Process

Digital printing & customization

Application: Direct print patterns, logos and gradient colors on shoe uppers, tongues, heels and curved surfaces. Compatible with canvas, mesh, TPU and leather.

Features: No plate making needed, support one-piece custom printing. UV ink is bend-resistant, water-proof and long-lasting.

Relevant Cases

Other Solutions

01

Footwear Industry

02

Luggage & Bag Industry Introduction

03

UV Printer & Marking Machine

Let's Talk!

Seraphinite AcceleratorOptimized by Seraphinite Accelerator
Turns on site high speed to be attractive for people and search engines.