Standing 2m tall, these all-in-one high units are available in 900mm or 1200mm widths and include drawers, an adjustable shelf, and square peg panels on the inner sides and doors. Also available with rear hybrid panel, electrical socket panel, additional shelf and hanging rail.

Additive layer manufacturing (ALM) uses various techniques to construct a three-dimensional object including extrusion and laser sintering based processes. Fine metal powders are deposited on top of a build platform and the energy beam is used to melt the shape of the desired component, the process then proceeds with a new layer of powder which is subsequently melted, such that the component is built up in a layer-by-layer fashion. Now abbreviated to just AM, there has been increasing demand for a post manufacturing process that smooths the surface in a practical, easy and cost-effective way. Mechanically smoothing the surface by blasting, rumbling or polishing are ways of doing this. However, they require line of sight or direct access to the parts surface. Almbrite™ is a chemical immersion process, designed to modify and enhance the surface of additive manufactured parts, by removing foreign object debris (FOD), as well as smoothing and brightening the surface. The process can be used on parts of any geometry. A very significant and key advantage is that it is also perfect for internal configurations where high-quality surface finishes are achieved. Mechanical, chemical and environmental advantages include: • Can be used to treat both laser and electron beam powder bed additive components. • Fatigue strength increases in the region of 75%. • Does not promote hydrogen embrittlement. • Achieves a roughness of below 3.2Ra • Produces an even Ra regardless of geometry and complexity. • Enhances detail definition. • Complies with environmental regulations, including REACh • A cost-effective process in comparison to a mechanical option. • Does not use Hydrofluoric Acid (A very nasty acid!). • A very controlled and repeatable process. • Effective removal of contamination, surface powder and foreign object debris (FOD). • Enables NDT methods to be used. • Improves surface related functionality – e.g. for post machining op’s. • Improves aesthetics.

ALPACK barrier films are specifically engineered for packaging products sensitive to moisture and challenging environmental conditions. Thanks to their multi-layer structure, they offer outstanding barrier properties against water vapor and humidity, making them ideal for overseas shipments and long-term storage. When combined with desiccants, ALPACK barrier packaging delivers highly effective corrosion protection through its superior barrier performance. The structure of ALPACK prevents the ingress of moisture-related vapor, creating a hermetically sealed environment. Once residual internal moisture is absorbed by the desiccants, corrosion is effectively eliminated. Suitable for protecting sensitive equipment, electronics, and metal parts from environmental exposure during long-term storage or shipment. Available in sheets, rolls, bags, or custom cover formats for varied industrial needs.

Multi-layer laminated barrier films that combine aluminum foil with advanced VCI technology. These high-performance films offer exceptional moisture resistance and vapor-phase corrosion inhibition—making them ideal for sealing large machinery, equipment, and critical metal parts during long-term storage or overseas transport. The high-strength aluminum structure is flexible, heat-sealable, and customizable to meet specific customer requirements. Available in rolls, sheets, custom bag formats, and tailor-made covers.

Aluminium honeycomb is an ultra-lightweight core material designed to provide high stiffness, excellent compression and shear resistance, and outstanding weight reduction in sandwich composite structures. Its cellular structure ensures an optimal stiffness-to-weight ratio, dimensional stability and flatness. It is corrosion-resistant, mould-resistant, recyclable and offers excellent fire reaction performance, making it suitable for demanding applications in transportation, marine, industrial and architectural sectors. Available in different cell sizes, foil thicknesses and densities, aluminium honeycomb can be supplied in blocks, unexpanded or expanded sheets, and cut to customer specifications for integration into a wide range of manufacturing processes. Aluminium honeycomb is primarily used as a core material for lightweight sandwich panels, where it provides outstanding stiffness with minimal weight. The final applications depend on the panel construction and can range from transportation and marine to architecture and industrial equipment. As a standalone material, aluminium honeycomb is also used for laser cutting tables, laminar airflow systems and energy-absorbing structures such as crash absorbers. Certifications - FTP Code 2010 – IMO MED Module B & D - UNI EN 13501-1 – Class A1 - NF P 92-501:1995 – M0

this parts with strict tolerance requirements of maintaining scroll profile tolerance at .0076mm to ensure seamless fitting,we used advanced Makino CNC machines with precision up to +/-0.0015mm to ensure accurate profiles

Our team specialize in high precision aluminum die casting and CNC , we have rich experience in marine industry

we can provide one stop solution for aluminum die casting parts ,this is one parts with powder coating

Alustep® 300 Light is the lightest sandwich panel in the Alustep® range, featuring an aluminium honeycomb core bonded to fibreglass skins impregnated with epoxy resin. It is designed for applications where maximum weight reduction is essential without compromising structural performance. The panel combines excellent stiffness, dimensional stability and corrosion resistance with an outstanding strength-to-weight ratio, making it suitable for lightweight structures across transportation, industrial and architectural applications. Available in different thicknesses, Alustep® 300 Light can be easily machined and customized to meet specific project requirements.

Alustep® 500 is a lightweight sandwich panel featuring an aluminium honeycomb core bonded to fibreglass skins impregnated with epoxy resin. It is specifically designed for the reinforcement and lightweighting of natural stone, including marble, granite, engineered stone and mosaics. By significantly reducing the weight and thickness of stone slabs while maintaining high mechanical performance, Alustep® 500 helps simplify handling, transportation and installation, resulting in lower material, logistics and installation costs. The aluminium honeycomb core provides excellent stiffness, dimensional stability and durability, making Alustep® 500 an ideal solution for architectural, interior design and transportation applications. Available in different thicknesses and customizable through machining operations to meet specific project requirements.

Alustep® F is a lightweight sandwich panel featuring an aluminium honeycomb core bonded to fibreglass skins impregnated with phenolic resin. It combines excellent stiffness, low weight and outstanding fire performance, making it an ideal solution for lightweight structures in demanding transportation and marine applications. The combination of aluminium honeycomb and phenolic fibreglass skins provides excellent corrosion resistance, dimensional stability and durability, while ensuring reliable mechanical performance. The panel can be easily machined and customized to meet specific project requirements. A certified version is available for applications requiring compliance with international fire performance standards. Certifications - IMO MED Module B & D - UNI EN 45545-2 – HL3 (Requirement R10) - UNI EN 45545-2 – HL2 (Requirements R1 and R2)

Alustep® FN is a lightweight sandwich panel featuring a Nomex® honeycomb core bonded to fibreglass skins impregnated with phenolic resin. It combines outstanding stiffness, excellent weight reduction and certified fire performance, making it an ideal solution for demanding transportation and marine applications. The combination of Nomex® honeycomb and phenolic fibreglass skins provides high mechanical performance, dimensional stability and excellent resistance to corrosion and moisture. The panel can be easily machined and customized to meet specific project requirements. A certified version is available for applications requiring compliance with international reaction to fire standards. Certifications - IMO MED Module B & D - UNI EN 45545-2 – HL2 (Requirements R1 and R2) - UNI EN 45545-2 – HL3 (Requirement R10)

Alustep® HFR is a lightweight sandwich panel featuring an aluminium honeycomb core bonded to fibreglass skins. Designed for applications requiring high mechanical performance and certified fire performance, it is the most robust panel in the Alustep® range. The combination of aluminium honeycomb and fibreglass skins provides excellent stiffness, dimensional stability and corrosion resistance while maintaining a low overall weight. The panel can be easily machined and customized to meet specific project requirements. Its certified version is particularly suitable for demanding marine and transportation applications requiring compliance with international reaction to fire standards. Certifications - IMO MED Module B & D - US Coast Guard (USCG)

AMT post-processing technology is made for companies scaling up their additive manufacturing facilities into high volume production lines. We partnered with AMT in 2021 to be able to provide automated post-processing solutions that enables every industry in the UK to mobilise the power of additive manufacturing.