Processing Operative Apprentice; Level 3 - DLR Elastomer Engineering

Description

Department: Science Apprenticeship - Polymer Processing Technician L3

Location: Leyland

Compensation: £7.55 - £12.21 / hour

Location: Unit 1A & B, Leyland Business Park, Centurion Way, Farington, Leyland, Lancashire, PR25 3GR

DLR Elastomer Engineering is a UK-based manufacturer specialising in high-performance rubber and polyurethane products. Operating from a large facility in Leyland, Lancashire, the company delivers a wide range of engineered solutions to industries such as aerospace, oil and gas, pharmaceuticals, and food processing. Their services include the production of rubber sheeting, custom-moulded components, polyurethane castings, and rubber fabrications. These products are used in demanding environments where durability and precision are essential.

DLR Elastomer Engineering is known for its technical expertise and innovation, offering bespoke solutions such as vibration-damping materials like Sorbothane, as well as sustainable developments like Green EPDM rubber made from over 95% plant-based materials. As a proud member of the Made in Britain initiative, the company highlights its commitment to quality British manufacturing and environmental responsibility.

• Starting hourly rate of £7.55 - £12.21 (depending on age)
• 37.5 hours per week
• Working hours will be within the standard hours of 7:30am – 4:00pm
• 25 days annual leave, plus bank holidays
• Company Pension Scheme

As a Polymer Processing Operative Apprentice at DLR Elastomer Engineering, you will play a key role in producing high-quality rubber and polyurethane products for a range of industries including aerospace, oil and gas, and pharmaceuticals.

Your responsibilities will include:

• Supporting continuous improvement activities across rubber moulding, sheeting, polyurethane casting, and fabrication processes.
• Assisting with tool preparation and maintenance, including cleaning, trimming, and mould tool management.
• Operating key machinery such as rubber moulding presses, roller mills, calendars, and curing equipment (e.g. Rota Cure, autoclaves).
• Preparing and bonding materials through cutting, weighing, blasting, cleaning, and painting.
• Carrying out polyurethane dosing, casting, demoulding, and finishing tasks.
• Recording manufacturing data accurately and contributing to quality control and root cause analysis activities.
• Monitoring material usage and supporting stock control and stock taking as required.
• Working with other departments, including Quality and Operations, to ensure products meet required specifications.
• Participating in health and safety, quality, and continuous improvement initiatives to maintain high operational standards.

This apprenticeship offers hands‑on training in a dynamic manufacturing environment, helping you develop a wide skillset in polymer processing while supporting the innovation and growth of a leading UK rubber engineering firm.

There’s no limit to what you can achieve while working with DLR Elastomer Engineering. Their team is at the heart of what they do, and they are looking for someone who wants to play a key part in that long term. As a successful applicant, you have the potential to secure a full‑time position with the business at the end of your apprenticeship.

Through practical ‘on‑the‑job’ training, you’ll develop the skills and knowledge needed to become a competent Polymer Processing Operative, gaining expertise in polymer materials, processing techniques, and quality assurance. This apprenticeship provides a solid foundation for a future in polymer processing, helping to ensure the efficiency, quality, and sustainability of manufacturing operations.

This apprenticeship also offers opportunities for professional growth, allowing you to take on more specialised technical roles or progress into leadership positions within the company.

To thrive in this role at DLR Elastomer Engineering you will need:

• A strong enthusiasm for hands‑on manufacturing and polymer processing, with a genuine interest in how rubber…