Injection Moulding
Injection moulding is an extremely reliable and self-sufficient process where heated plastic or rubber granules are driven into metal chambers at high pressure. This molten material fills the cavity and retains the form once cooled. This accurate and controllable process, powered by modern injection moulding machines, ensures perfect results time and time again. Although initial tooling setup can be costly, it allows for much greater precision.
Expertise of Sinclair & Rush
As a global organisation, Sinclair & Rush leverages the skill and efficiency of our engineers based in the Far East to deliver accurate, cost-effective tooling. Designed to run on our fleet of German Boy and Arburg, along with French Billion machines with European specifications, our upfront costs can often be halved. Our experienced designers use sophisticated ‘Pro-Engineer’ software to aid in the tool fabrication process.
Our Capabilities
Our capabilities range from highly efficient 35-ton presses for lightweight components to 450-ton machines for larger mouldings or tooling with high numbers of impressions. We can advise on the most effective way to run your parts depending on anticipated demand and project life.
We are equipped to meet high demands and stock-hold to cushion lead times where necessary. Our range of LDPE, Nylon, and PP injection moulded products is extensive. If you require something bespoke, our full-time project manager will assist you at every step of the process.
Continuous Investment
Our plan is to continue investing in the newest, most efficient equipment so we can pass these benefits on to our customers.
Benefits of Injection Moulding
- Efficient High-Capacity Process
- Accurate and Reliable
- High-Quality Finish
- Fast Turnaround for Production of Goods
- Expedited Projects Available (from sketch to landed product in under 6 weeks)
- Standard Materials Used
Our standard materials include LDPE, Polypropylene, Nylon, TPE, and FPV.
Call one of our Technical Sales Advisors on 01634 686504 now to start your project today.