Research and development

INOX offers you recipes that are tailored to your requirements and needs - whether you use a product from our wide-ranging portfolio or whether we develop an individual recipe just for you. In addition, you can always rely on our safety management in the manufacture, filling and assembly process. We also comply with all labor law guidelines in accordance with global norms and classification in the labeling and registration of products for you. This way we enable you to quickly move from product development to its final realization.

The FingerTPS is a set of wearable finger sensors that enable you to measure grip, touch, and other hand forces. A more affordable alternative to the TactileGlove, this easy-to-use system captures high-quality data in a natural and organic form-factor. **Finger selection can be customised to specification** Features: Design or research with accurate, sensitive and repeatable data even for complex finger geometry. Comfortable and minimally-intrusive system allows for full range of motion and ensures natural hand manipulation research. Plug and play—no configuration needed. Just place on the hand, calibrate the sensors and Chameleon auto-detects your hand configuration. Compact wireless Bluetooth electronics provides simple and easy to use set-up, with minimal wires. Connect two wrist assemblies at the same time for two handed operations.

In current market dynamics, clients need cosmetic samples that fulfil high quality requirements. Everything has to be right: legislation and regulations, the safety of ingredients, the claims. Above all, they must have the potential to develop into products that add value to your assortment and turnover. Our R&D department thinks and works in terms of your market interests.​ We have a minimum order quantity, for more details please contact us!

The need to begin studies in the field of injection anchors is testified by the stronger and stronger request by the designers for instruments and guidelines for the design of anchors and their application in the strengthening of masonry structures. One of the main aims of research is just that of supplying design recommendations which may be of help for designers and technicians working in this field. Laboratory tests In collaboration with the Civil Engineering Department (DICATA) of the University of Brescia a set of laboratory tests were carried on masonry samples in order to check the capacity of the injection anchors with sock in terms of adherence and mechanical interlocking with the substrate. The execution, during the research activity, of a great number of tests has lead to the definition of parameters that are fundamental for the design of injected anchors with sock, as the bond strength at the steel barinjected grout interface an at the injected groutsubstrate interface.