Shaft Integrated Timing Pulley | High Precision | Linear Guide | Custom Bore
- Price
- US $6.12-5.65
- MOQ
- 1 piece
Item specifics
- Material
- Aluminum 6061, Stainless Steel
- Tooth Profile
- GT2, GT3, MXL, XL, T5, AT5
- Shaft Diameter
- 36mm, 8mm, 10mm, 12mm, Custom
- Shaft Length
- 50mm to 500mm (Customizable)
- Flange Option
- Single Flange, Double Flange
- MOQ
- 1 piece
- Warranty
- 1 year
Review
Description
Custom Shaft Integrated Timing Pulley Product Overview
This shaft integrated timing pulley is engineered for high-precision automation and robotics applications where accuracy and reliability are paramount. The innovative design features a timing pulley seamlessly integrated with a precision-ground shaft, creating a single, robust component that maintains exceptional dimensional stability under load. Made from either high-strength aluminum or steel, this rod type timing pulley is particularly suited for linear guide systems in industrial robots, automated testing equipment, and precision positioning stages. We offer comprehensive OEM and ODM services, including custom bore sizes for additional shaft integration, special tooth profiles, and various surface treatments to meet the demanding requirements of advanced automation systems.
Why Choose Our Shaft Integrated Timing Pulley
Precision grinding ensures shaft straightness within 0.05mm/300mm.
Competitive pricing for high-precision integrated components.
Custom designs for special applications and mounting requirements.
Hard chrome and other specialized surface treatments available.
Quality certified with material traceability.
Engineering support for high-end automation projects.
Custom Shaft Integrated Timing Pulley What You Want
| Specification | Details |
| Tooth Profile | GT2, GT3, MXL, XL, T5, AT5 |
| Material | Aluminum 6061, Stainless Steel |
| Shaft Diameter | 6mm, 8mm, 10mm, 12mm, Custom |
Shaft Length | 50mm to 500mm (Customizable) |
Flange Option | Single Flange, Double Flange |
FAQ
Q1: What precision levels can you achieve?
A1: We can maintain shaft runout within 0.03mm and straightness within 0.05mm/300mm.
Q2: Can I get a through-bore in the shaft?
A2: Yes, we can machine custom through-bores or threaded holes in the shaft ends.
Q3: What's the advantage of steel vs aluminum shafts?
A3: Steel offers higher rigidity and wear resistance; aluminum reduces moving mass.
Q4: How does this benefit robotics applications?
A4: It provides stiffer, more precise motion control with simpler assembly.
Q5: Can you match existing system components?
A5: Yes, we can reverse engineer and match your existing specifications exactly.
Q6: What's your lead time for custom designs?
A6: Typically 2-3 weeks for custom designs, depending on complexity.
