Design engineering - Import export

From a single bespoke pressure vessel to a complex turn-key factory expansion, a detailed design is essential in ensuring a smooth project delivery, on time and within budget. Clients come to us for our ability to provide simple answers to difficult questions - incorporating complex process pipework into a confined limited space, detailing requirements of operating conditions and calculations of loads, it’s all in a day’s work for our engineering design team. Whether a project involves structural steelwork or a complex chemical dosing system, we’re here to help and advise.

Hydraulic station manufacturing refers to the process of designing, assembling, and producing hydraulic power units or stations. These units are essential components of hydraulic systems used in various industrial applications, including manufacturing, construction, agriculture, and more. Hydraulic stations provide the necessary power and pressure to drive hydraulic machinery, such as cylinders, motors, and valves. The manufacturing process of hydraulic stations involves several key steps: Design and Engineering: The process begins with the design and engineering of the hydraulic station. This includes specifying the required flow rate, pressure, and functionality based on the application's needs. Engineers create detailed schematics and plans for the hydraulic station. Component Selection: Manufacturers carefully select hydraulic components such as pumps, motors, reservoirs, valves, filters, and hoses based on the system's specifications. The chosen components should be durable.

Our Medium Duty ball transfer units are machined from solid steel bar which is heat-treated to provide a hemispherical wear-resistant chamber within which the recirculating balls can support the protruding, load-bearing main ball. This robust, low-noise design is engineered for applications requiring conventional (ball ‘up’) orientation. Additional options for this range include impact-absorbing top cap options, and additional drain channels where required, making these transfer units the air cargo industry standard.

With an installation history among NGA’s team dating back to the 1980’s, along with our in-house design, engineering and LED teams, NGA provide an unrivalled stretch ceilings experience. Stretch fabrics have a vertically endless array of options available including acoustically treated, satin, matte, translucent, lacquer suede and even printed. The versatillity of our product allows each client to achieve a very unique project, whilst maintaining a high quality finish, as well as a European fire certification, and a low maintenance finish. With industry leading experience, 20 years warranties and roll widths of up to 5.5 without a seam, No Grey Area can handle any stretch fabric requirements.

NGA’s Ring pendant light is an ideal choice for the designer who doesn’t want to be limited in diameter, width, output or lighting colour temperature. Our pendant lighting range has been designed and engineered in the UK where we believe we have achieved the perfect fusion between lighting and functionality. With a multitude of profiles available we have diffuser options that include acrylic, silicone and stretch fabric for a perfectly seamless finish. Paired with a range of application based Bluetooth or WIFI enabled control solutions for dynamic of colour change effects, our Halo pendants are at the forefront of lighting with user friendly, smart technology.

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.

If your embedded system requires a custom enclosure, you may anticipate having to approach an industrial design house and commission the enclosure design as a separate project. This adds cost and can increase the risks as you may face communication difficulties and hold-ups between suppliers. With Blue Chip Technology’s in-house mechanical design engineering capabilities, you have the option of keeping all aspects of your project with just the one partner. With over 30 years of mechanical design experience and the advantage of being co-located with the electronics design and manufacturing teams, our mechanical design engineers are best suited to take care of your enclosure design. We use the Creo Parametric 3D CAD system (formerly Pro Engineer) which can seamlessly integrate with CAD models authored in other systems, so if you already have an existing design or concept we can build a solution from that.

Military and Naval equipment has some of the most demanding specifications and requirements of any machinery. It has to. Lives depend on it. From the frozen arctic tundra to hot humid jungles, from arid sand-blown deserts to the windswept salt spray of the oceans, military equipment is exposed to every conceivable environment on the planet. Military hardware is often stored unused for months or years at a time, but then must be ready to move and operate at a moment’s notice. The hydraulic cylinders used in this equipment must be of the very best quality. Gidrolast makes them. Gidrolast cylinders are carefully designed and engineered, using only the finest construction materials, and are precision-manufactured with cutting edge industrial equipment. The result is cylinders that meet the toughest military and naval specifications.

Our Engineers can design and install pneumatic control units suitable for any business.

The Raptor is employed to inspect for contaminants in each product and reject contaminated packs. The system has been designed, engineered and constructed to the highest care/food grade engineering standards. It is capable of processing packaged products up to 6kg and 300mm x 400mm in size.

The Raptor is employed to verify the weight and inspect for metal contaminants of each product and reject non-conforming packs. The system has been designed, engineered and constructed to the highest care/food grade engineering standards. It is capable of processing packaged products up to 6 kg.

LSJ Engineering designs and provides structural steel for commercial buildings across Essex, London, the South East of England and beyond. We survey, design and advise on all aspects of access requirements. We help satisfy building and fire regulations to ensure full compliance. Our work is CE certifiable. Browse our previous structural steel projects on our website and get in touch if you have a project we can help with!

Whether your project requires a simple technician workshop or a fully-integrated FPSO VSD Module, our design engineers work from a thorough understanding of our customers’ operational requirements. All OEG cabins are designed to optimise work-space efficiency, meet environmental and acoustic requirements, and house our customers’ personnel or specialist equipment in complete safety. We manufacture all our cabins to the highest industry standards (EN12079, DNV 2.7-1, DNV 2.7-2, DNV 2.7-3, BS EN 60079 and ATEX), including compliance with SOLAS/IMO regulatory requirements for A60 fire protection as standard. State-of-the-art safety monitoring systems are incorporated, including an integrated fire and gas, pressurisation and emergency shutdown system suitable for Zone 1 applications. Our experienced discipline technicians can integrate data communication networks, fire suppression, air conditioning and other systems to ensure rapid mobilisation and easy hook-up.

Many types of materials generate varying types of dust, dependent on the processes and materials used in the production environment. Some of these dusts can be hazardous and potentially explosive – to keep your work space safe and healthy, careful consideration and planning should be applied when considering dust removal systems. Make integratedAIR Systems your trusted dust control partner and we will do the rest. With experience in multiple industries, such as commercial print, corrugated card, beverage cans and many more, we are dedicated to our trade and ready to work with you. Working closely with HSG258 guidance our Design Engineers can make sure that your systems are compliant with whatever regulations that need to be followed depending on the type of dust or fume that needs to be extracted.integratedAIR System ensure our systems are in line with the Dangerous Substances and Explosive Atmosphere Regulations (DSEAR) alongside the ATEX Directive.

At Therser we design and manufacture high-quality industrial kilns of different types to suit the needs of different manufacturing businesses. Our design engineers work with you to create a bespoke kiln that precisely allows you to meet your business goals. This is based on an understanding of your products, your industry, your production targets and firing volumes.

Link is a leading provider of VSAT communication services to the maritime industry, supplying planning, design, engineering, and services relating to cruise ships, work boats, fishing vessels, ferries, fast ferries (Catamaran), offshore projects of all types, dining yachts and gaming vessels globally. Link provides industry standard Maritime VSAT systems from Cobham Seatel, Intellian, and Orbit to enable vessels to establish a full range of IP, voice, and video connectivity.

The “Green IT Professional” certification is the official training program offered by the IFGICT “Green ICT Standard” to all ICT professionals globally. The program is designed to develop the skills and knowledge for certified “Green IT Professionals” in the Green IT domain. The Certification is valid globally and is recognized by all Green IT Standard chapters/regions. The Green IT Professional course is designed to be beneficial to a broad audience, not just IT leaders and managers. The Green IT course content is essential knowledge for career success as Chief Sustainability Officer, Facility Manager. Architect and Building Design Engineer, Procurement and Purchasing Manager, and Corporate Social Responsibility leader. There is also increasing demand for professionals in Sales, Business Development, and Consulting who are knowledgeable about sustainability for ICT.