Aluminium Linear Guides  Manufacturers, Traders, Suppliers

These days, linear units are used in almost every single area of automation and machine engineering. From simple adjustments that may be seldom required right up to highly complex, highly precise and highly dynamic multi-axis systems. Every task is different. And every task requires a technically sophisticated and cost-effective solution.
Linear units with screw drive for simple through to highly dynamic adjustment tasks
Linear units with screw drive are used primarily when tasks involve comparatively high axial shearing forces and/or highest precision is required.
Linear units with timing belt for dynamic handling tasks
Linear actuators with timing belt drive are designed for high dynamics and large travels and are primarily used for Pick & Place applications, where high repeatability in short cycle times is key.
Linear units with rack and pinion for large stroke lengths
Linear units with rack and pinionare primarily used where loads are required to travel larger stroke lengths with high positioning accuracy and high dynamics.
Using our standard accessories, the linear actuators can be easily combined to create multi-axis systems. Our product consultants are happy to help you with the planning and design of a customised system solution.

cpc Europa GmbH – Mechatronics in Linear Motion Technology, your specialist for linear technology!
The requirements for linear recirculating ball bearings are as varied as the applications in which they are used. Linear movements are an important part of modern production equipment. Our linear components are high-precision products. They are used in almost every segment of our nowadays manufacturing processes.
A qualified team of assosiates is at your disposal. We are here for competent advice, processing and training in order to find optimal solutions for your application.

Luminum alloy guide rails are light and easy to install, and are mainly used in situations with light loads and low rigidity requirements. Moreover, aluminum alloy guide rails make less noise during operation and can provide a smoother operating experience.

According to the current mature application experience, aluminum profiles can be used as guide rails, which are called "aluminum profile guide rails" or "aluminum alloy guide rails". The relevant applications have the following characteristics:
1. Light load, carrying capacity is tens of kilograms and below.
2. The surface layer of the components rolling on the guide rail surface is made of high-strength resin; if it is made of steel, the surface of the aluminum profile guide rail will wear out very quickly.
The reason why engineers consider using "aluminum alloy guide rails" is because they believe that guide rails made of aluminum profiles will save costs; however, as explained above, guide rails made of aluminum profiles are not wear-resistant; therefore, for most For most applications, aluminum profiles are not suitable for use as guide rails. But aluminum profiles are very suitable for use as the installation basis of guide rails.

Industrial aluminum profiles are an alloy material with aluminum as the main component. Aluminum rods are hot-melted and extruded to obtain aluminum materials with different cross-sectional shapes. However, the proportions of the added alloys are different. The mechanical properties of the produced industrial aluminum profiles are The application areas are also different. Fields of application Generally speaking, industrial aluminum profiles refer to all aluminum profiles except aluminum profiles for building doors, windows, curtain walls, indoor and outdoor decoration and building structures. Compared with architectural aluminum profiles, industrial aluminum profiles have stricter requirements on materials, performance, dimensional tolerances, etc. Their production is also relatively difficult and the technical requirements are also higher.
Industrial aluminum profiles used with linear guides are often called guide rail aluminum profiles. Guide rail aluminum profiles have higher requirements for precision indicators such as straightness, parallelism, and distortion.