Timing Belt Splicing Machine – High-Strength Belt Joining Solutions

Bayrich Hot Melt Timing Belt Splicing for Industrial Applications

Our timing belt splicing machines provide reliable, high-strength joints for polyurethane timing belts. Designed for industrial automation, CNC machinery, robotics, and conveyor systems, our belt splicing equipment ensures seamless, durable splices with ≥90% original belt strength.

Whether you need hot melt splicing, or mechanical fastening, we offer the best timing belt repair solutions for OEM replacements, maintenance, and custom belt fabrication.

Why Choose Our Timing Belt Splicing Machines?

✅ High-Precision Alignment – Ensures perfect tooth pitch matching (MXL, XL, L, H, T5, T10, HTD, GT profiles) to prevent timing errors and belt slippage.

✅ Strong & Durable Splices – Hot melt, and mechanical splicing methods for PU belts, rubber belts, and steel-reinforced timing belts.

✅ Seamless Operation – Vibration-free joints reduce noise and wear in CNC machines, 3D printers, packaging systems, and robotic arms.

✅ Fast & Easy Repairs – Benchtop and automated splicing machines for quick on-site timing belt repairs and production line splicing.

✅ Wide Compatibility – Works with 6mm to200mm wide belts

Types of Timing Belt Splicing Machines

. Hot Melt Timing Belt Splicer

• Ideal for polyurethane (PU) and thermoplastic timing belts

• Heated platen technology for strong, seamless joints

• Used in food-grade, pharmaceutical, and cleanroom applications

Techinical datasheet 

1.Belt width:200mm, other size to be ordered .

2.Heating Platen Size: 200*200mm for 200mm width belt. 

3.Minimum Belt Perimeter: 850mm

4.Voltage: 2200V , Single Phase or as optional.

5.Power: 7.1KW

6.With Pneumatic Pressure System , Air Pressure: 0.6Mpa

7.Temperature Range:50-230 ℃

Applications of Timing Belt Splicing Machines

✔ Industrial Automation – Robotic arms, linear actuators, assembly lines
✔ CNC & 3D Printing – Precision timing belt repairs for stepper motor systems
✔ Packaging & Conveyors – Food-grade belt splicing for hygienic production
✔ Automotive & Aerospace – High-tensile belt joining for engine timing systems
✔ Textile & Printing Machinery – Seamless splices for synchronized motion control

How Does a Timing Belt Splicer Work?

1. Cut – Trim belt ends into a finger shape  for a clean joint.(you can choose our timing belt cutting machine)

2. Align – Secure in a precision fixture to match tooth profiles with our timing belt joining mold 

3. Fuse – Apply heat (hot melt)  for bonding.

4. Cool & Set – Maintain pressure for a strong, seamless splice.

5. Test – Verify strength and alignment before installation.

Choosing the Right Belt Splicing Machine

• For PU Belts → Hot melt splicer

• For Fiberglass/Kevlar Belts → Ultrasonic welder

• For Rubber/Steel-Cord Belts → Mechanical fastener

Consider: