Manufacture design - Import export

Engineered Brush seals are designed & manufactured to suit individual requirements.

Designed to protect personnel, equipment and product. Specialist barriers designed and manufactured upon request.

Single section Inverted Coil brushes are designed & manufactured to suit individual requirements. They are available in any size or thickness to suit the application.

Trial production of products up to 100 kg. Contract manufacturing, search for the most suitable contract manufacturer Auditing of the selected manufacturer based on GMP guidelines Determination of the manufacturing process/technology Supervision of the manufacturing process Design of the production environment

Includes a wide range of Open Frame monitors and industrial Touch Monitors for many different applications and markets. Custom monitors and touchscreen monitors are also available, to give you the optimum solution. These Open frame industrial Monitors including ‘chassis’ and panel mount monitors offer great benefits such as; 6.5″ to 84″ available with up to 4K resolution. Long term stability of mechanical design with VGA, DVI, HDMI, Video interfaces Various built in Touchscreen options with RS232 / USB communication optional (for touch) Excellent design to optimise air flow / heat dissipation, and minimal footprint with fine finishing with good looking black powder coated chassis (option) Standard VESA mounting monitors Some larger panels have SMPS (power supply) built in for your ease of design-In. CDS’s Daylight Readable (sunlight readable) Open Frame Monitors are an excellent solution for manufacturers or integrators, looking for a quick and easy installation

Our skilled staff specialise in solving the sort of engineering and manufacturing conundrums you’d rather do without. Our organisation is geared to producing one-off prototypes and small batch manufacturing; We take pride in overseeing the entire process, from design, prototyping and manufacture to delivery, installation, full product certification and after-sales service. With experience in providing comprehensive turnkey assembly test solutions covering electronic, electromechanical, engineering and mechanical products we offer our customers a total contract manufacturing service. When an order is received, a project plan is then developed; our team uses detailed documentation, engineering change and reporting control to ensure continued information integrity. An experienced project manager acts as the interface between Drallim and our customers although, at the same time, we actively encourage engineer-to-engineer communication.

We manufacture high quality and cost-effective control panels for many of the world’s largest sectors and brands. These are also used by many niche business or start-ups looking for a reliable and experienced manufacturing partner to value engineer panels into their overall designs.

With many years of experience in the manufacture of panel wiring systems SIC offer you a high level of services at all stages of the manufacturing process. From initial design to sourcing and stocking the necessary components required (including metalwork, plastic, PCB’s and electrical controllers) for final panel assembly.

Our design team use the very latest Computer Aided Design software which can illustrate both 2D and 3D images of the fabrics. This reduces the time taken to show designs to customers as well as reducing the cost of sampling. Having designed fabrics we can illustrate how they would look on furniture or in a garment. Complicated weaves can be seen in cross-section. We have access to ranges of coloured yarns from around the world and keep many colours in stock. Custom colours can be dyed to match customers own colours on a wide selection of different yarn counts and fibre blends. ** Click for more **

We are happy to take on small and medium sized orders. All production is performed in our West London studio following client requirements and maintaining highest quality standards.

Reverse engineering involves 3D scanning an existing object to understand its structure, function, and operation, often to replicate or enhance it. It typically starts with 3D scanning to capture precise data, which is then used to create detailed CAD models and reinstate the original design intent.