Classic components for reliable linear motion
Linear roundrails are long established as machine elements for the execution of linear motions and have optimally withstood the test of time in industrial applications. They can be used for example as adjusting units in automation tasks.
Linear roundrails are robust, reliable, powerful and – due to their simple construction – very economical. The construction of the roundrails, which is based on hardened guide carriages in combination with different linear-motion bearings or linear-motion bushes, allows many possibilities for variation. Rodriguez also offers sliding bearing variants.
In addition to the type of bearing, there is also a broad spectrum of guide elements to choose from. Mounting the guide shaft on different shaft supports and the use of open guide elements create additional possibilities for variations. Linear roundrails with shaft support provide an economical and robust alternative to profiled rail guides.
Advantages of Rodriguez linear roundrails
- Precision shafts made of different materials
- Linear ball bushings for all performance levels
- Linear slide bushings (ceramic/self lubricating)
- Linear housings and components
- Shaft support blocks and shaft support rails
- Customer specific applications
Further series of linear systems
- Hardened and ground shafts
- Different materials, CF53, X46Cr13, X90CrMoV18, C60
- In-house machinery: an impressive machine park and a large in-house production depth
- Manufacturing and assembly according to the customer’s drawing
New Product
- RLB linear ball bushing for medical technology, 3D printing, and the semiconductor industry, among others
- Compact design
- Smooth performance
- Corrosion-resistant version available
According to market standards
- LME linear ball bushing, standard
- SDE linear ball bushing for high temperature applications
- SPM linear ball bushing, self-aligning
- SSE Linear ball bushing
- self-aligning
- very low noise performance with extreme low coefficient of friction
- high load capacity
- extended operating life
