The Automotive Composites Research Centre houses state-of-the-art composite manufacturing equipment to enable research into process development and demonstration of all stages of the automated manufacturing process. In addition the ACRC has dedicated composite testing and characterisation facilities.
The Centre's facilities are undergoing continued investment and upgrade including the addition of a Preform Forming Station in 2015.
WMG focuses its research on developing composite manufacturing processes for high-volume automotive applications to support low carbon automotive initiatives. The 1700 tonne Engel v-Duo press enables development, demonstration and testing of full-size automotive components using a range of composite materials and manufacturing processes.
The machine features a useable platen size of 2.2m by 1.8m and offers flexibility to manufacture parts using different materials and processes such as pre-preg compression moulding, SMC compression moulding, thermoplastic composite stamp forming and high-pressure resin transfer moulding, including gap / compression HP-RTM. During compression moulding processes complex geometry parts can be manufactured under controlled conditions. In SMC processes, for example, the press adjusts the displacement at each tiebar to ensure a controlled and even part thickness. As the resin cures the press continues to adjust its position to maintain an even part thickness.
Hennecke's Streamline machine system is a fully automated processing system for all common matrix systems
used in HP-RTM liquid moulding processes such as polyurethane and epoxy resin thermoset systems, or
polyamide 6 thermoplastic systems (cast nylon). It also has the capability to add a third stream containing
internal release agent. The system is integrated with WMG's Engel v-Duo press to provide added flexibility
and to be adapted to the individual production needs. The equipment has the capability to record and report
all machine parameters during the re-circulation and injection cycles.
The plaque mould is mounted within WMG’s Engel v-Duo press to provide a means to study composite manufacturing processes using a simple part geometry. The plaque mould is used to study flow of short fibre materials in compression moulding processes and resin flow in HP-RTM processes using a number of in-cavity mounted pressure transducers.
Flow progression can also be tracked using in-cavity thermocouples but their primary use is for tracking resin exotherm during cure. In-cavity cure sensors and an in-mould mounted heat flux sensor provide additional information regarding the cure process. Prepreg Compression Moulding (PCM) can also be carried out in the mould cavity, which is infinitely variable to produce components between 1mm and 4mm thick.
- 550 x 550 mm, 1-4mm cavity with shear edge
- Cavity seal, vacuum seal, ejectors
- Cavity evacuated during closure
- In-cavity sensors
- Pressure; Temperature; Cure
- In-mould sensors Temperature; Heat flux
- Processing flexibility
- PCM, SMC, HP-RTM, HP-CRTM
- Centre and edge gated (RTM)
The Zund CNC cutting table enables automated cutting functions on a range of materials including glass, carbon and aramid fibres. The conveyor system permits continuous cutting of rolled materials or multiple plies.
- 1.2m + 1.2m conveyorised bed x 1.8m wide
- 1.4m/s maximum cutting speed
- Stationary, roller, oscillating and ultrasonic cutting knives
- Suitable for cutting glass, carbon and aramid fibres; dry or impregnated; thermoset or thermoplastic
- Picking, assembly, joining
- Up to 8 layers stored in horizontal drawers with automatic actuation
- 4-axis robot used to pick and place individual layers with a range of end effectors
- Ply assembly/joining cell with various joining methods
- Assembly transfer conveyor
A controlled composites storage freezer is specifically engineered to meet storage requirements for composite materials such as prepreg. The 8m3 walk-in freezer can store materials to -18oc for extended shelf life.