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A robust CNC CMM with compact footprint for high levels of measurement accuracy. For those with limited shop floor space, Deltron is a robust and accurate CNC coordinate measuring machine, combined with compact footprint, but with substantial construction to ensure stability. This unique combination is only made possible by its delta mechanism incorporating carbon fibre rod construction, and well developed software control delivering high levels of measurement accuracy and repeatability. Deltron features fully sealed recirculating bearings, delivering four key benefits – no dirt ingress, no gearbox, no compressed air requirement and smooth, fast operation. Together these deliver exceptional accuracy, simplicity and reliability. Scale resolution of 0.1 μm and volumetric accuracy of (2.6+0.4L/100) μm combined with weight-saving carbon fibre arms deliver a high level of confidence in the measurement output – speed and accuracy you can rely on. Deltron’s delta mechanism, precision mechanical bearings and built-in temperature sensors provide the stability and accuracy required from a precision measuring system, even when the ambient temperature is not controlled. Deltron’s leading edge design combines a compact footprint with easy accessibility and surprisingly large measurement volume. As the system has no air bearings and both part and ambient temperatures are compensated, Deltron can be positioned exactly where it is needed. It is at home working alongside machine tools on the shop floor. Use it standalone, with material handling systems, or integrate into automated manufacturing lines for in-process measurement. Versatile Powerful interactive graphics window Automatic feature recognition Teach & repeat programming Run programmes from any point Engineering drawing GD&T Simple PASS/FAIL Free form curve inspection DXF data import/export STEP and IGES export No complex programming language Programming from CAD & Automation options

Detonator firing circuit cable. Twisted Brown/Black (Black/Tan) PVC Insulated cores Available in Standard 0.75 (24/0.2) cores (Defence Standard 61 -12 Part 17) Also in 0.5mm (16/0.2) and 0.22mm (7/0.2) and alternative colours to special order. An ETFE lightweight version is also available. Specially designed for strength, electrical conductivity and concealment these cables have been utilised in a variety of applications. Particularly EOD (Explosive Ordnance Disposal)

At JOTA Advanced Engineering, we pride ourselves on offering a fully consultative, end-to-end service that encompasses the initial design process through the production of the finished component. With our in-house design and development facility working alongside our network of experts, we offer tailor-made design solutions to help guide a project from concept to completion. Our approach is flexible and we are happy to offer a level of involvement in the design process that fits around the client’s experience and needs.

South West Fabrications are proud to be experts in both design and redesign. Striving to use the latest industry techniques and practices, as well as investing in the most advanced technology, we conceptualise and design new products from sketches or detailed drawings. Our engineers are talented, motivated, and innovative, able to work with any material your project requires. Using the latest version of Solidworks®, our design - and manufacturing - processes are completely optimised, while integration with our Product Management System guarantees that we are always working with the latest revision. This results in a streamlined process that gets it right the first time. We’re also proud to be able to facilitate the creation of one-off production quality prototypes, which improve the evaluation and testing phases

At Broxton, our Design for Manufacture and Engineering services are driven by a team of talented engineers with a wealth of technical expertise. With significant experience across many demanding sectors, we are experts in machining aluminium and crafting sheet metal enclosures. Utilizing the Solidworks CAD system and Hypermill and Radan CAM systems, we provide world-class cutting technology that optimizes the use of our high-performance machine tools. Our extensive process knowledge enhances production methods for individual parts, significantly improving production efficiency and reducing costs, while also shortening lead times. Customers can rely on Broxton’s technical input to enhance product quality and cost-effectiveness, ensuring superior results for every project.

Where required we offer a full range of design engineering services, complementing manufacturing with hardware, software, and complete electronic and mechanical drawing packages. Electronic Design Services Hardware design focuses on production engineering for easy manufacture and maintainability. We offer full electronics design services through partners: concept, schematic, BoM, PCB layout (Gerber), prototype assembly, compliance, and DfM. Software Development For embedded systems, web applications, or mobile apps, we work with specialists to deliver tailored solutions that simplify operations and fuel growth.

Our engineering team at Stewart Technology partners with you from the earliest stage of product development to optimise your design for efficient and cost-effective manufacturing. Our detailed DFM analysis includes component selection, PCB layout guidance and assembly optimisation. By incorporating manufacturability into the design process we ensure your product is built right the first time and every time after.

Design for Manufacture (DFM) realises maximum benefits when both you and the supplier are aware of the requirements from the outset. From a comprehensive design brief and initial discussions prior to layout, material set(s) can be reviewed and agreed, which become the foundation onto which the design is ultimately built. Technology requirements such as HDI and rigid flex can also be reviewed, together with compatibility with other special features e.g. resin filling of vias. Even recommendations on minimum feature sizes such as track/gap, laser drill via sizes and pad diameters can all be defined and agreed in order the transition into prototype and volume manufacture is virtually seamless. On existing designs the same process can be followed, though this is not DFM in its true sense – but more reverse engineering or design optimisation. We can review material requirements and recommend suitable lower cost alternatives, still meeting the same specification requirements. Likewise, we will consider optimisation of feature sizes, with the aim of increasing yields and reducing cost. Panelisation can also be reviewed to give best compromise between PCB and PCBA and even surface finish where, for example, a simple part with no fine pitch components has fabrication notes calling for ENIG, alternative lower cost finishes can be proposed. We always aim to offer options to reduce costs, when we can, to provide you with value engineering.

If you are in the process of introducing a new product to the market, as well as the product working as expected, it may be important to ensure that it can be manufactured on a larger scale. Here at Fringe we can assist you with suggestions to improve the manufacturability of your products to ensure it can be manufactured in larger volumes at the correct cost. Alongside offering Design for Manufacturing (DFM) support, our R&D Team are constantly working on new products and product improvements. Key areas of design expertise include: LED products – Linear, circular and bespoke light engines for the lighting industry. Analog – Switch mode power supplies, signal conditioning and sensing. Digital – Hardware and software, microprocessors – 8-32 bits. Mechanical design – for extrusions, enclosures, plastics etc.

Design for Manufacture is a widely overused and commonly misunderstood activity that time-served manufacturers like Nordell can bring to a product design, resulting in significant time and cost savings. With recent advancements in FEA software and 3D printing, designs can reach a far more mature state prior to placement for tender with the manufacturing sector. Although these advancements have their place, increasingly, when interrogated for manufacture, changes are needed which are both costly in monetary terms, and vitally, can cause project delays. Nordell has a proven track record of speedily understanding your requirements, the performance attributes required from your new products and making time and cost saving suggestions from the first consultation.

The first step in any product is the "design for manufacturing and assembly process." Sumac supports and engages direct with its customers engineering teams to develop, an optimised component’s design, that will improve the efficiency of the product and streamline the production process, and at the same time reduce manufacturing costs. The benefits to both the customer and supplier are worth the investment in time and effort to support the DFM process. Sumac offer this service free of charge based on successful award of the manufacturing contract.

We help turn it into a finished design. Our specialists guide you through the entire product development process. We ensure your visions become reality, from the initial idea to the final product design. With a thorough design brief, innovative development, and iterative prototyping, we ensure your products are visually appealing, functional, and ready for the market. We place great emphasis on production optimisation and design for manufacturing, ensuring efficient and high-quality production.

Broadwater provide a full tooling service across the board - taking them from a contract moulder to offering a fully bespoke design & manufacturer service. This has led to significant improvements and innovations in existing moulding techniques, all of which benefit both company and customer.

Desoutter Service provides tool maintenance, calibration, remote and on-site support, and on-demand services to meet all our customers' needs.