Research platform for mechanical connections and joining techniques.


Location: Flanders Make - Lommel


With the support of



Flanders Make Joining & Materials Lab

Research platform for mechanical connections and joining techniques

Companies are increasingly looking for ways to make their products lighter, yet stronger. They want to find the right combination of materials for a specific application. Accordingly, also the way in which these materials are connected to one another must be reviewed. Durability is a crucial aspect in this assessment. In the Joining & Materials Lab, we duplicate the entire joining process in industry-relevant conditions. We map the right process parameters and optimise them. This results in a more stable and robust production process, wherever in the world it will be applied

With this lab, we also anticipate the trend towards Industry 4.0. Robot and cobot applications are gradually becoming mainstream in the industry. We perform research into the added value of automation for joining processes. We examine, for instance, how robots and cobots can support operators to improve the quality of adhesive joints in difficult or repetitive assembly tasks.


Products that today are made in one part of the world must also perform correctly in another part of the world, regardless whether it is colder, hotter or wetter. This seems obvious. However, when it comes to adhesive bonding, this is far from self-evident. Temperature and air humidity have impact on the behaviour of adhesives. When looking for the best possible joining technique, we should therefore not only consider the selected adhesive and the specific surface or application but also the conditions in which the adhesive bond is to perform. Our climate chamber has a temperature range from 10°C to 40°C and an air humidity from 10% to 85%. In other words, from the Nevada desert to Kuala Lumpur.


We test the quality of adhesive bonds on both sample, component and system level. In our lab, parts with dimensions up to ca. 1.5m can be assembled, which is unique. This enables us to test the applicability of a specific adhesive on large surfaces. As in most factories, we have a robot to handle these larger parts. We also have disposal of a collaborative robot, which can work together with operators in a flexible way. It can assist the operator in applying plasma or in handling the laser. As such, we not only help companies to improve their joining process but also to discover new ways to automate this process.


Also critical applications such as structural connections in a vehicle chassis are glued. We perform pioneering research into the extent to which components are resistant to mechanical loads combined with changing temperature, humidity and sunlight conditions. This enables us to simulate the ageing process of a couple of years within a short period of time.

Technical specifications

Climatised production environment

Dimensions 5 x 5 x 3m
Temperature 10°C to 40°C
Relative humidity 10% to 85%


Industrial automation

ABB IRB4600 industrial robot payload 60kg
Yaskawa HC10 co-robot payload 10kg


Surface treating

Ultrasonic cleaning  
Plasma activation 400W
Laser cleaning & roughening 20W
Abrasive blasting  


Mixing & dosing equipment 

  • SCA 80cm3/min industrial applicators
  • Delta Application Technics flexible system
  • 1C or 2C adhesives up to 600Pa.s.
  • Application sizes: 290 ml up to 20 l

What do we offer?

  • Advice in selecting the most suited adhesive for your specific application
  • Surface preparation and treatment: atmospheric plasma and laser applications
  • Mapping the features of a material’s surface: surface tension, roughness, layer thickness measurements of coatings
  • Proof-of-concept implementation of an automated adhesive bonding process using a robot or cobot
  • Quality assessment of adhesive bonds in a controlled and air conditioned environment for a realistic simulation of the actual production conditions
  • Process validation: parameter verification in every step of the adhesive bonding process
  • Product validation:
    • Tensile/pressure tests on sample level
    • Bending tests on sample level
    • Durability tests on component and system level

Read more on our blog

Infrastructure for the validation of adhesive bonding techniques

Read more about adhesive bonding and why it becomes increasingly important in this blogpost. 

Adhesive joining technology for on-demand assembly and disassembly

A story of performance, cost efficiency and circularity.

Easier debonding with thermally expandable particles

Read more about easy debonding in this blogpost. 


Download an overview here:
Joining & Materials Lab - Overview

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Do you have a question regarding joining processes or do you wish to exchange ideas with our adhesive bonding experts free of commitment? Let us know!