Sectors
At ABTS, we work across a range of sectors that demand precision, consistency, and high-performance manufacturing. Our expertise in metal fabrication, machining, and surface finishing — combined with significant investment in advanced technology — allows us to deliver high-quality components for industries where reliability is non-negotiable.
Whether it’s automotive, rail or digital and electrical infrastructure, we understand the specific standards and challenges of each sector and tailor our solutions accordingly. With ISO-certified processes and a flexible approach, ABTS is a trusted partner for companies seeking dependable, long-term manufacturing support.
Automotive
ABTS manufactures parts for the automotive industry that enhance vehicle safety and security and involves the precise production of critical systems that protect both passengers and assets.
ABTS is able to produce a multitude of parts with our in-house manufacturing services, including components such as reinforced brackets, impact-resistant panels, and mounting systems for safety systems such as cameras, chassis and doors. These parts are engineered to integrate seamlessly with a wide range of vehicle platforms, enabling adaptations for specific use cases, such as fleet vehicles, emergency services, or accessible transport.
With a focus on durability, compliance, and innovation, these components play a vital role in evolving vehicle designs to meet bespoke customer requirements.
Railway
Manufacturing and refurbishing rolling stock for railway companies involves a complex blend of precision engineering, advanced fabrication, and meticulous restoration to ensure safety, reliability, and modern performance standards.
Refurbishment projects breathe new life into ageing fleets, involving structural repairs, system upgrades, interior redesigns, and compliance updates—often integrating energy-efficient technologies and passenger-focused enhancements.
These processes are carried out with strict adherence to safety protocols and sustainability goals, supporting railway operators and OEMs in extending asset lifecycles, reducing costs, and maintaining service quality.
Digital and Electrical Infrastructure
ABTS utilises our in-house processes such as laser cutting, forming and powder coating to enable the efficient and precise production of high-quality metal components for global electrical infrastructure companies.
Drawing upon our advanced technologies and machinery, we are able to ensure accurate parts are produced from a variety of materials, supporting complex geometries and tight tolerances, essential for electrical enclosures, panels, and brackets.
Our powder coating operation adds a durable, corrosion-resistant finish that enhances longevity and meets rigorous industry standards for environmental protection and electrical insulation.
ABTS’ processes form a streamlined supply chain capable of meeting the high demands and quality expectations of our customers.
Inductive Power Generation
Manufacturing parts for inductive power generation customers involves high-precision processes to ensure optimal performance, efficiency, and durability of the systems devised. Components such as coil housings, enclosures, and mounting brackets are often fabricated using laser cutting for precise geometries that support tight tolerances and efficient magnetic field alignment. Press brakes are used to form parts into complex shapes that fit seamlessly into compact assemblies. Using materials that are non ferrous, provide essential protection against corrosion, electrical interference, and environmental wear, especially in outdoor or industrial settings. ABTS’s manufacturing technologies ensure reliable, high-quality parts that support the growing demand for efficient and safe wireless power transfer systems across various industries.
HVAC
The HVAC industry relies on advanced technologies such as laser cutting, multi axis press brakes, and powder coating to enhance efficiency, precision, and durability. Laser cutting enables highly accurate fabrication of metal components, allowing for intricate designs and reduced material waste. Press brakes are then used to form these laser cut parts into their required forms for louvered enclosures, fabricated frameworks, associated bracketry and more.
Finally, powder coating provides a durable, corrosion-resistant finish that not only extends the life of components but also improves the aesthetic appeal. All together under one roof, these processes streamline production and ensure high-quality, long-lasting products.
Live Sciences
Manufacturing for the Live Sciences industries—encompassing pharmaceuticals, biotechnology, and medical devices—demands exceptional precision, cleanliness, and regulatory compliance. Advanced manufacturing processes such as laser cutting, CNC machining and laser welding are used to create high-precision components for lab equipment, enclosures, and sterile environments. Press brakes form components with exact tolerances required for cleanroom and containment applications. Surface treatments such as pickle & passivation are required to enhance anti-corrosion properties, and produce contaminant free surfaces. These technologies support the strict quality and safety standards essential in Live Sciences, ensuring reliable performance in critical applications.
Oil & Gas
Supplying the oil and gas industry requires robust, high-performance components capable of withstanding extreme environments, high pressures, and corrosive conditions. Technologies like laser cutting are used to precisely fabricate complex metal parts for pipelines, rigs, and processing equipment, ensuring tight tolerances and minimal waste. Press brakes play a key role in shaping heavy-duty metal structures, from brackets to enclosures, while maintaining structural integrity. Powder coating adds a crucial layer of corrosion resistance and durability, protecting equipment from harsh offshore and onshore environments. These processes together enable the production of reliable, long-lasting components essential to safe and efficient oil and gas operations.