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Thomson Linear 10 MM RL 60 Case LinearRace shafting with 9.99/10.00 mm diameter, Class MM (h6) tolerance, through-hardened steel to 60 Rockwell C minimum. Supplied in random length of 4216.4 mm for use in precision linear motion systems.
MODEL 10 MM RL
$283.70 Each
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Returnable: Yes
[dia]
10
[ToleranceValues]
10.00/9.99 mm
Case Depth, Minimum
0.690 mm / 0.027 in
Diameter
10 mm / 0.394 in
Hardness
60 Rockwell C Min.
Length
4, 216 mm / 166 in
Material, Shaft
1566 Carbon Steel
Roundness
0.00200 mm / 0.00008 in
Shaft Type
No Option
Straightness
0.0254 mm per Foot Cumulative (0.051 mm TIR)
Surface Finish
0.20 Ra m
Taper
0.0025 mm / 0.0001 in
Tolerance Class
Class MM
Weight
0.630 kg / 1.389 lbs
Linear Motion - Thomson Linear 10 MM RL Shaft The Thomson Linear 10 MM RL Shaft is a top-tier solution designed for precision linear motion applications. This 60 Case shaft is engineered to deliver exceptional performance and reliability across various industries, including aerospace, factory automation, and medical devices. Built with high-quality materials and precision manufacturing, this shaft stands out for its durability and efficiency in converting rotary motion to linear movement.
Key Features
| Diameter | Designed with a precise diameter of 9.99 / 10.00 mm, ensuring compatibility with standard linear motion systems. |
|---|---|
| Material | Constructed from high-strength steel, providing enhanced durability and resistance to wear. |
| Hardness | Features a minimum hardness of 60 Rockwell C, ensuring longevity and stability under heavy loads. |
| Class | Classified as Class MM (h6), which guarantees tight tolerances for optimal performance. |
Applications
| Aerospace and Defense | Ideal for applications requiring high precision and reliability under extreme conditions. |
|---|---|
| Factory Automation | Perfect for automated systems where consistent linear motion is critical for operational efficiency. |
| Medical Devices | Utilized in devices that require precise movement for functionality and safety. |
Benefits
| Enhanced Performance | The precise specifications and high-quality materials contribute to superior performance in demanding applications. |
|---|---|
| Durability | The shaft's hardness and robust construction ensure it can withstand rigorous operational demands, minimizing downtime. |
| Versatility | The random length provides flexibility for various installations and configurations, making it suitable for diverse applications. |
