STAHLFLEX® is a protective machine cover that has been specially developed for high speeds and accelerations. The cover is available in both riveted and modular versions with replaceable lamellae, allowing individual STAHLFLEX® elements to be replaced quickly and easily in the event of damage.
LIGHTFLEX is a bellow-type cover with the smooth running behaviour of a STAHLFLEX® protective machine cover. LIGHTFLEX is very suitable for highly dynamic applications, high cutting volumes and also for horizontal applications due to its excellent sealing properties.
DIAMANTFLEX® on the other hand is a very compact, durable protective machine cover whose innovative design contributes to a weight saving of over 30 percent. The block size of a DIAMANTFLEX® protective machine cover is just 2.6 mm per lamella. DIAMANTFLEX® is suitable for traverse speeds up to 150 m/min.
POWERFLEX® is the latest development from MöllerWerke. The special feature of POWERFLEX® is that it is not riveted but ultrasonically welded. This has reduced the block size to 2.3 mm per lamella and enables machine tool manufacturers to build even more compact machines. Thanks to ultrasonic welding and the absence of rivets, POWERFLEX® is currently the most sustainable protective machine cover in the MöllerWerke product portfolio.
SKYFLEX® is a roof cover that is characterized by its multifunctional application possibilities. Whether 3D printing applications, laser, milling or turning operations - SKYFLEX® offers reliable protection against all types of chips, dust and coolant.
The product portfolio has recently been extended by projectile-proof covers. This type of protective machine cover is particularly suitable for combined turning and milling operations.
The combination of STAHLFLEX® and safety fabrics holds back projectiles and can be realized in all common protection classes from A1 to C3.
Regardless of which version you choose, all MöllerWerke protective machine covers are developed together with the customer and individually manufactured to perfectly match the requirements of the respective machine.
