Innovation in your hand
We take door handles so much for granted that we no longer notice or see them, even though we operate them countless times every day, every hour, all over the world. It is only when they stop working that we notice them. Consequently, the primary task of a door handle is to remain unnoticed and unheeded for as long as possible. Reason enough for us to find movement mechanisms for our fittings that fulfill precisely these criteria.
Innovation inside
Slide bearing or ball bearing technology integrated into a slim 5 mm rosette. This unique combination not only ensures outstanding operability and durability, but also a contemporary look that fits into any interior.
Keyless living
Combines an intelligent locking system with a simple design. The door fittings can be locked and opened effortlessly with one hand. The integration of the locking mechanism in the handle eliminates the need for a key escutcheon.
The Qolibri philosophy
A passion for technology and function. At Qolibri, everything revolves around quality and sustainable function. As a subsidiary of scoop, we stand for the same high quality standards, whether you opt for slidebloc® plain bearing technology, a pullbloc® ball bearing system or a product from our extended range
Revolutionary developments
With our movement mechanisms such as pullbloc® and slidebloc®, installation is quick and easy. The quick pin connection instead of grub screws for the lever handle connection is not just a visual benefit. By dispensing with worm and flat springs, unwanted scratching noises are avoided, while the high-quality compression springs ensure long-lasting function
Made in Germany
All functionally relevant components are developed and produced at our production site in Fridolfing, Bavaria. By working closely with local suppliers and using first-class materials, we ensure that our products meet the demanding requirements of our customers. With “Made in Germany”, we guarantee the quality and reliability you can expect from Qolibri products.
Simplification and reduction
Our approach aims to simplify and reduce movement and production processes. By minimizing assembly and movement elements in our technologies, we significantly reduce production processes and therefore also costs.
