Products

Bib Panel is made using carbon fibre prepreg. It is an assembly of 10 components that are cured separately & bonded together. Right from Tooling design & manufacturing to part manufacturing & bonding, everything is done In-House at Rockman Advanced Composite, Surat, India.

Exhaust Trim is a Highly aesthetic component. It’s made using carbon fibre prepreg & highly accurate Aluminium mould.

The plenum is an exceptionally stiff & thermally stable part. It is a component with accurate holes & made using composite jigs manufactured by Rockman Advanced Composite, Surat, India.

Steering wheel panel is manufactured using carbon fibre prepreg, The panel is of 5 mm thickness which is machines on a high precision VMC. It showcases the high precision machining capabilities of Rockman Advanced Composite, Surat, India.

Tail cover outer & inner are both manufactured using carbon fiber prepreg with Autoclave Curing. Tail cover outer is an aesthetic component & Tail cover inner is a structural component, which showcases our remarkable machining & closed moulding capabilities.

EDM is able to offer both in and out of Autoclave curing in a spacious Composite facility with dedicated Lay-up and curing rooms. We supply aircraft interior panels to customers including Airbus Helicopters as well as for use in Simulators with L3 Harris and CAE. The new facility is the result of a £2 million

Motorsport and Automotive prop-shafts: The typical requirements of an automotive prop-shaft are driven by the rotational speed (whirling), torque rating and temperature. Lentus works with flexible manufacturing processes to make the composite satisfy these requirements. Prop-shafts usually need articulation at both ends and Lentus can incorporate universal joints, constant velocity joints, flexible couplings or the

MetLase developed a fixture for a customer that allowed a composite part to be trimmed in a semi automated manner. Removed the need for a manual hand trim operation, resulting in reduced scrap rates and significantly increased right first time and lead-time

Composite inspection Ensures product quality and homogeneity Increase yield and production Reduces waste and increases customer satisfaction Creates greater sustainability Enables process optimization through intelligent data management

Principle means of production : 8 thermoforming machines including one thermopressure, Capacity of 500 x 500 mm up to 2500 x 1500 mm Fine thicknesses starting from 200 µ. Larger thicknesses up to 10 mm. One pilot line with a 300 tonne forming press using the Cage System® for mould heating licensed from RocTool. 6

New materials, processes and applications are being developed all the time. The UK is a force in developing composite materials. Visit the Composites Forum to hear the very latest developments from leading OEMs, Tier 1s and manufacturers on their newest processes. This forum is supported and curated by Composites UK.

Enhance operational proficiency with our customised comprehensive training services, also available on-site. Whether refreshing existing knowledge or mastering new systems and products, training is provided across various software applications, including Aberlink, CAM2 and Autodesk. This ensures that all team members are equipped with the necessary skills for optimal performance. Contact us on 0161 637 8744

MACHINING MODERN COMPOSITE MATERIALS Without fraying of fibres and delamination For optimal component surface finish quality Clean cut edges – no delamination

Our CFD system allows us to model flow effects such as likely heat dissipation based on flow dependence, both for transient and laminar flow types. This will help you to improve the efficiency of your component or product in application.

Share Your Applications Built in COMSOL Multiphysics®. COMSOL Compiler™ enables you to share knowledge and expertise in the form of modeling and simulation applications with anyone in the world. Convert the applications you build in the COMSOL Multiphysics® software into standalone applications with the click of a button and deploy them to anyone you want.

Optimizing and Verifying Real-World Devices and Processes with Simulation. Engineers and scientists use the COMSOL Multiphysics® software to simulate designs, devices, and processes in all fields of engineering, manufacturing, and scientific research. COMSOL Multiphysics® is a simulation platform that encompasses all of the steps in the modeling workflow — from defining geometries, material properties, and

Software for Distributing, Managing, and Running Applications Built with COMSOL Multiphysics®. The COMSOL Server™ product helps you spread the benefits of simulation throughout your organization. As the platform for deploying and running applications built by your in-house simulation experts, COMSOL Server™ enables you to streamline the R&D workflow, efficiently share knowledge and analyses across departments,

Our understanding of the client, product, service and consumer plays a pivotal role in the design process, by expertly delivering the right messaging. Thanks to our user-centric approach, your assets are scalable and adaptable. Whether we’re required to think outside the box, or accurately follow a brief, our concepting services foster successful outcomes for all.