Series-8 XMS aluminum profiles - Innovative design solutions
The standard in mechanical engineering, optically refreshed for the cleanroom. The Series-8 XMS offers innovative aluminum profiles for versatile design solutions. These weight-optimized profiles are available in various cross-sections and are characterized by their freely accessible or 90° profile grooves.
Areas of application
- Mechanical and plant engineering
- Workplace design and ergonomic solutions
- Conveyor technology and material flow systems
- Protective equipment and safety solutions
Features and benefits
- Weight-optimized design for efficient solutions
- Free-access or 90° profile grooves for flexible applications
- Compatible with the XMS system for extended possibilities
- Ideal for slim frame constructions
Technical details
- Material: Anodized aluminium
- ESD-safe for sensitive electronics applications
- High load capacity and stability
- Compatible with various connecting elements and accessories
FAQ
What makes the Series-8 XMS special?
The Series-8 XMS is characterized by its weight-optimized design and versatile application possibilities. The profiles offer high stability with low weight and are ideal for modern, efficient constructions.
What are the advantages of the different cross-sections?
The different cross-sections allow flexible adaptation to different requirements. While the 40x40 profile is suitable for particularly slim constructions, the larger profiles offer more stability for more demanding applications.
Are the Series-8 XMS profiles compatible with other systems?
Yes, the profiles are fully compatible with the XMS system and can be combined with various fasteners and accessories, ensuring high flexibility in application.
How does the Series-8 XMS differ from other profile systems?
The Series-8 XMS stands out from other systems due to its optimized weight efficiency and the ability to create particularly slim frame constructions. It also offers a high level of compatibility and flexibility for a wide range of applications.