Fanuc α – S150iA
- 150 Tonne clamp force
- Toggle Locking Machine
- All electric injection
Ferromatic K-TEC 110
- 110 Tonne clamp force
- Direct locking machine
- Mono sandwich capability
Engel 80 Victory
- 80 Tonne clamp force
- Direct locking machine
- Fitted with Rob VIS ‘pick & place robot
Yizumi
- 120 Tonne Injection machine
- Hybrid
- Fitted with pick and place robot
Krauss Maffei
-
80 Tonne clamp force
-
Toggle Machine
-
All electric injection
Negri Bossi
-
80 Tonne clamp force
-
Toggle
-
All electric
Uniloy Milacron BW 1500 EL
Multi-layer, twin parison, continuous extrusion blow moulding machine. Gravimetric blending and mixing system.
Krupp Kautex KEB3
Mono-layer, twin parison, continuous extrusion blow moulding machine. Gravimetric blending and mixing system.
Formech 508 DT
Forming area of 400 x 260mm2
3 Hoist (2T SWL) Overhead Crane
Radio Controlled. Supplied by Pelloby
Tri Cool Portable Chiller
- Compac series 2000
SISE
- Hot runner system
Epicor
- Production Monitoring
Lenzke clamps
Kistler
- In mould pressure sensing
Vismec Centralised Material Feed System
- Supplied by Summit Systems capable of conveying 6 different materials across 7 IM & 2 BM M/c.’s.
Mould Temperature Controllers
- Various units supplied by Regloplas ,Tool-Temp, HB Therm plus Frigel – Turbogel & Microgel Piovan units.
-
Rotary Wheel Dryers supplied by Summit Systems
-
Piovan dryer unit
Material Drying
Gravimetric blenders
- Supplied by Summit Systems Systems & TH Plastics
Conveyors
- Supplied by MB STV & Geiger Handling
Test Equipment
- Melt Flow Index tester
- Tensile Tensometer
Training Facilities

PICAT II
Process Simulation Software for the Injection and Blow Moulding Processes
PICAT II provides a realistic processing experience for the user, without the company incurring costs for interrupting production or material wastage.
The package, which uses realistic graphics to emulate polymer processing scenarios, measures the user’s skills in setting and running a polymer processing machine.
Using accurate machine simulation, the user sets and runs the machine to manufacture a product within specification by using interactive process controls to identify and troubleshoot potential faults.
A learning management system enables facilitators or supervisors to access an analysis of the skills and abilities of each user
Assessments
The simulator is designed to operate in the same way as a polymer processing machine. Users are provided with a simulated machine set up to produce a defective plastic product and are required to remedy the fault by adjusting the machine controls until it is manufactured to specification.
The learning management system enables the facilitator or supervisor to assess the strengths and areas for development of users, by reviewing the action taken to correct the fault in terms of time taken, scrap produced and other faults caused through incorrect adjustments to settings.
Available in multiple languages