Projects

What's your challenge?

Let’s work together to solve it

We combine practical business knowledge with applied research to find the advanced manufacturing solutions your organisation needs to thrive. Whether you need to evolve your current toolkit, implement new technology, or find new ways to make your vision happen, we can help you find the right path towards innovation.

Ongoing projects

Converting metal scrap into powder for sustainable manufacturing and circular economy

CamCraft

Optimising furniture production with advanced scheduling

SCOPE

Digitisation for production and integration of machine data into ERP

SmartProd

Leveraging Sensor Measurements for Process Quality Assessment

QSense

A lifecycle analysis of an autonomous window cleaning robot for high-rise buildings

ClearImpact

Designing and manufacturing regenerators optimised for liquid metal heat transfer

MagHump

Optimising sustainable aluminium coffee cup production with advanced modelling

EcoCup

Machine learning strategy of extract and combine NC-file data for machine time visualisation

ML2NC

Simulation based solution for production planning of custom cardboard transport systems

TransFORM

Business Reinforcement by integrating Artificial Intelligence in New advanced manufacturing Solutions

BRAINS

Case studies

Refining sales forecasts for short-lived products, driving innovation

Trendy

Exploring Additive Manufacturing for Valve Production Efficiency and Cost Reduction

AMII Valves

Creating a human-centred, enabling AI assistant for complex supply chain logistics planning

InsAIght

Exploring the benefits of the industrial application of 5G on smart devices

5GXR

Developing an innovative production scheduler based on an intelligent machine learning algorithm

TIMELY

Visualising information trends and data analytics for production systems

VITALS

Using waste polymers to create filament for 3D printing of recyclable end-products

Waste2Print

Sports complexes as a local source of energy

Aendless Energy

Developing a data-driven Machine Learning model to detect cutting tool wear for machine component manufacturers

ToolCM

Digital Twinning for configure-to-order in product design and assembly

Van Raam

Developing a self-learning Feature Recognition Tool for advanced woodworking systems

FRT

Preparing heat-pump design for upscaling production

HEATS

Creating a data-driven module to provide the parameters for custom made orthopaedic insole design optimisation

M3DSoles

Automating design through parametric evolution for welding fixtures

MechDes

Quality inspection software

Mintres

Visualisation to aid the decision making process

RES Twente

Delivering efficiencies for aerospace industry

3D2SKY

Innovative material for Polaroid

Polaroid

Raising awareness and identifying approaches for embracing diversity and inclusivity within the manufacturing industry

DIVE

Developing a smart waste solution for public spaces

VolleBak

Creating a predictive model to quote accurate procurement costs and lead times for PCBs

ColMan

Showcasing the potential of lightweight 3D printed drones in visual inspection and logistics handling applications

MIND

Creating communication between machines and VR/AR devices to remotely assist on the shop floor

MachViz

Experience the advantages of digitalisation and create effective usage of data

AMC Testbed

Developing a proof-of-concept solution to reliably forecast turnaround times

KORT

Accelerating application-driven development in AM for manufacturers

AMBITION

We are very pleased that we contributed to the DIVE study. The results are truly valuable, because it gives us insights in the workforce (arbeidsmarkt) of Twente. Now we know where can we put our joint effort to change it for the better. Also we are very happy that we can integrate the game in the pilot project about internationalization.

Linda van Asselt, Program Manager, Talent – Twenteboard

The partnership with FIP-AM@UT has not only enhanced our industrial efficiency but also contributed to advancing eco-friendly energy solutions and fostering technological innovation

Johannes Burger, CTO Cooll

The project was a stepping stone for us towards a hybrid solution for the configuration of welding jigs

Henk van Ommeren, Managing Director MechDes

The Fraunhofer Innovation Platform (previously known as the Fraunhofer Project Center) plays a vital role in this region as a connective link where science becomes business

Anne-Wil Lucas, Former Director Kennispark Twente

As a leading manufacturer for films, we value the research and solution that the Fraunhofer Project Center (now known as the Fraunhofer Innovation Platform) was able to deliver according to our specific requirements. We are one step closer to overcoming our problem due to the partnership with the Fraunhofer Innovation Platform

Bo Weijermars, Product/Process Engineer, Polaroid

The work performed at the Fraunhofer Innovation Platform (previously known as the Fraunhofer Project Center) helped us to set up a structured way of performing experiments and analysing results to optimise the additive manufacturing process. Also, their scientific way of looking at things gave the project the angle it needed

Renko Overmeen, Director, Programs, Aeronamic B.V.

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