Together with the AeroCat alliance - Promolding innovated the aluminum airline catering trolley to an EASA and ETSO certified full polymer trolley. The TIGRIS trolley provides a substantial contribution to a greener, healthier and safer airline environment as a whole and airline catering logistics more in specific.

The Versaflex floor system is being used in office buildings and airport terminals but is also very popular for usage in showrooms of car dealers. The tiles are capable of carrying much weight and can be replaced quickly and easliy but the best feature is it's durability.

There were already several glue solutions for (bathroom) accessories however none of these matched the criteria of Tiger concerning easiness, clean usage, quick utalization (1 hour max.), invisible removing and a long shelf life (2 years). The choice to work closely with Promolding was made because of the high standards and professionalism within Promolding.

Since the first generation great passenger ariplanes were introduced in the late 60’s, the galley was constructed around the cateringtrolley. Several airlines asked AIRBUS to take the initiative to develop a new universel system to save space and weight. This research project SPICE (SPace Innovative Catering Equipment) is based on a modulair box system together with FoldingSevice Carts. Promolding developed the modulair box system.

The standards and requirements for hygiene in hospitals and certainly for operation rooms need te match to the highest quality standards possible. Before an operation starts, a sterilized tray with surgical instruments is being prepared. Solvay Specialty Polymers. located in the U.S. has asked Promolding to design sterilisation cases and trays using "Radel" polyphenylsulfone (PPSU) instead of stainless steel or aluminium.

For BabyBloom Healthcare Promolding provided the mechanical development of an incubator which reduces light and sound dramatically, which is comfortable to work at and easily fits over the mother’s bed. The demands towards safety, rules and regulations, hygiene and user-friendliness were high. Promolding has industrialized the BabyBloom from rough idea to a working product. Several partners from our common network have been involved with their specific expertise (Climate system, electronics and visual design).

A new technique to remove hazardous substances from PVC. PVC is one of the most widely used polymers in the world thanks to its versatile properties: light, strong, fire resistant, excellently insulating and low gas permeability. Furthermore, PVC products are durable; their life-span can range from 30 to even 100 years in the case of … Continued

Novel manufacturing chains for high quality integrated optical devices. Miniaturized, optoelectronic devices are nowadays used in an increasing number of applications, but their manufacturing processes are under pressure to reduce their costs and increase flexibility. The production of optoelectronic devices is a time-consuming process and consists of multiple steps, such as manufacturing, pretreatment, positioning, alignment, … Continued

SONO”R”US is a Demonstration Project from the Seventh Framework Programme (FP7) connecting companies and research institutes from several European countries to develop a machine that forms micro-products by making use of ultrasound technique for both heating and injecting of the molten polymer into a mold.

The Fabimed project is supported by the European Union Seventh Framework research (FP7) and comprises 12 companies and research institutes from 7 EU countries which work together to develop new manufacturing techniques, based on micromoulding, specific for biomedical microdevices.

Thelink is a research and training project funded by the European Commission’s. The project is part of the Marie Skłodowska-Curie Innovative Training Networks program within the eight framework program for research and innovation: Horizon 2020. TheLink involves 10 partners including research institutes, companies and universities from 7 different countries, who will recruit 15 PhD students for the project.

The Nanomaster project is supported by the European Union’s Seventh Framework (FP7) involving 13 companies and research institutes from 7 European countries. The aims of Nanomaster are to reduce the amount of plastic use to make a component by 50 % and hence reduce component weight by 50 % at the same time as imparting electrical and thermal functionality.

Due to an increasing trend in the polymer injection molding industry towards production of smaller sized batches the mould set-up phase is one of the main challenges to be faced in terms of reducing the batch production time, material waste and to improve productivity.