English
English
Modern bicycles demand lightweight yet durable parts. CNC machining allows for the production of complex,
high-strength, and precise components that improve performance, safety, and aesthetics.
They are
usually produced from aluminum or other mental/ plastic material with high precision, light weight, and
consistent quality. Common parts include stems, cranks, pedals, hubs, and brake components.
Bicycles are widely used in commuting, racing, leisure, tourism, and fitness. With the trend of carbon
neutrality and healthy lifestyles, the bicycle market continues to grow rapidly, especially in:
*
Road bikes – focusing on lightweight and aerodynamic design.
* Mountain bikes – requiring high strength
and durability to withstand shocks and rough terrain.
* E- bikes – the fastest-growing segment, combining
motors, sensors, and precision parts.
* City & shared bikes – requiring high wear resistance and corrosion
protection for intensive outdoor use.
CNC precision machining has become the core technology for
producing high-end bicycle components.
In cycling, precision drives performance. Our ISO 9001 certified process and 5-axis CNC machining achieve ±0.01mm accuracy with lightweight aluminum and stainless steel parts built for speed, strength, and endurance.
ISO 9001 certified quality system.
5-axis CNC machining, tolerance up to ±0.01 mm.
Fast prototyping & flexible volume production.
Integrated surface finishing (anodizing, plating, blasting, etc.).
Strict inspection to ensure stable quality.
Extensive cooperation with premium European & US bicycle brands.
Custom packaging and branding solutions.
More than 10 years of CNC machining experience.
Material density directly determines vehicle weight, and lightweighting is a key consideration for both road and mountain bikes.
Strength & DurabilityMaterials with insufficient strength are prone to deformation or cracking, impacting safety; high-strength materials can withstand off-road or high-speed impacts.
Stiffness vs. ComfortMaterials with high stiffness offer better transmission efficiency but lower comfort; materials with a certain degree of flexibility absorb vibration and enhance the riding experience.
| Material Category | Specific Grade | Key Features | Typical Performance | Application |
| Aluminum | 6061 / 7075/6082 etc. | Lightweight, corrosion-resistant, easy machining | Tensile 290–570 MPa | Frames, handlebars, rims, cranks |
| Stainless Steel | SUS304 / SUS316 etc. | High strength, corrosion resistance, fatigue resistance | Tensile 520–620 MPa | Axles, hubs, fasteners |
| Plastics | POM / PA66 / Nylon etc. | Wear-resistant, lightweight, self-lubricating | Hardness HB 80–120 | Pedals, bushings, chain guides |
| Copper & Brass | H59/H63 etc. | Natural golden color, suitable for decorative parts | Tensile 3100–500 MPa | Bushings, washers, and spacers |
Aluminum
Improves corrosion resistance, wear resistance, and allows coloring (decorative finish).
Carbon Steel Stainless Steel
Strength & wear resistance, for gears & bolts. Provides mild corrosion resistance, reduces light reflection, aesthetic black finish.
Aluminum, Stainless Steel,
Creates a matte finish, improves coating adhesion, and enhances part appearance.
Stainless Steel, Brass, Zinc, Aluminum
Enhances corrosion resistance, improves appearance, adds specific functional properties (e.g., conductivity).
Steel Stainless Steel
Adjusts hardness, strength, ductility, or stress relief.
Aluminum, Stainless Steel, Brass
Produces a smooth glossy finish, improves aesthetics and ease of cleaning.
European bicycle manufacturer known for its high-quality road, gravel, and mountain bikes. The company emphasizes customization, precision, and performance, offering riders tailor-made bicycles with advanced materials and finishes.
Ensure lightweight and durable parts for competitive bicycles. Balance performance with attractive finishes to match customer preferences. Balance performance with attractive finishes to match customer preferences.
Stems, crank arms, hubs, and small connectors produced with CNC lathes & mills. CNC machining ensures tight tolerances, stability, and lightweight design.
Anodizing & Hard Anodizing for aluminum parts → corrosion resistance & color customization. Polishing & Brushing for titanium and stainless steel → premium aesthetic finish.
Reduced weight of key CNC aluminum parts by 15%, improving rider efficiency. Enhanced corrosion resistance with anodized finishes, extending part life. Increased customer satisfaction due to custom color options.
Русский