| Material | Stainless Steel / Alloy Steel | Processing | CNC Turn-Mill Composite Machining |
|---|---|---|---|
| Tolerance | ±0.10mm | Structure | Precision Inclined-Slot Shaft |
| Surface Treatment | Polishing / Passivation Optional | Applications | Robot Transmission, Automation Equipment |
This custom precision CNC machined shaft is manufactured using CNC turn-mill composite machining, integrating turning and milling operations to accurately produce the shaft body, inclined slot and positioning holes. With a machining tolerance of ±0.10mm, the shaft provides reliable dimensional consistency for precision transmission assemblies.
The inclined slot is precisely positioned on the shaft body to provide stable transmission engagement after assembly. Accurate slot dimensions, controlled slot angle and smooth shaft surfaces help support smooth rotational movement and reduce the risk of interference or jamming during operation.
Available in stainless steel or alloy steel, this precision metal shaft provides good mechanical strength, wear resistance and durability for high-frequency transmission applications. Custom processing based on customer drawings or samples is supported.
The shaft body, inclined slot and positioning holes can be processed through CNC turn-mill composite machining, reducing the need for secondary processing and helping minimize positioning errors between different features.
Stainless steel and alloy steel provide high mechanical strength, wear resistance and impact resistance. These material options are suitable for rotating and transmission components exposed to frequent mechanical operation.
The inclined slot is machined with controlled positioning, angle and depth to support accurate engagement with mating transmission components. Stable slot geometry helps maintain smooth movement after assembly and reduces the possibility of jamming.
Optional polishing and passivation treatments improve surface smoothness and corrosion resistance. These processes help protect the shaft surface and extend service life in demanding mechanical applications.
This custom CNC machined inclined-slot shaft is designed for precision rotating and transmission applications where accurate engagement and stable mechanical performance are required.
Robot Transmission Components
Robot Linkage Mechanisms
Automation Equipment
Rotating Shaft Assemblies
Precision Transmission Systems
Industrial Mechanical Components
We support custom shaft manufacturing according to customer drawings, samples and technical requirements. Shaft diameter, overall length, inclined-slot dimensions, slot angle, positioning-hole locations and other critical features can be customized according to the required assembly and transmission structure.
OEM and ODM custom services are available for prototype development, sample production and batch manufacturing. Laser engraving is also supported for customer logos, part numbers and identification marks.
CNC turn-mill composite machining helps maintain the positional relationship between the shaft body, inclined slot and positioning holes. The specified tolerance is ±0.10mm, while critical dimensions can be inspected according to customer drawings and application requirements.
Before production, customer drawings or samples can be reviewed to evaluate machining methods, feature positioning and process requirements, helping ensure stable production quality and reliable assembly performance.
The shaft can be manufactured from stainless steel or alloy steel. Material selection can be based on the required strength, wear resistance, corrosion resistance and application environment.
The specified machining tolerance is ±0.10mm. Tighter or feature-specific tolerance requirements can be reviewed according to customer drawings and technical specifications.
The inclined slot is produced using CNC turn-mill composite machining. Turning and milling operations can be integrated to improve feature positioning and reduce errors caused by repeated setups.
Yes. The inclined slot angle, depth, width and position can be customized according to customer drawings, samples or specific transmission requirements.
Polishing and passivation are available as optional surface treatments. They can improve surface smoothness and corrosion resistance according to the selected material and application requirements.
Yes. We support custom CNC machining based on 2D drawings, 3D models or physical samples. OEM and ODM manufacturing services are also available.
Yes. Laser engraving is supported for customer logos, part numbers, identification marks and other required information.
