Stress Relieving and Annealing

Why VHT? Backed by a team of experienced professionals in operations, metallurgy and engineering, VHT can provide you turnkey solutions for production, product innovation and growth. We provide our customers:   Metallurgical backup VHT offer metallurgical inputs from process design through to failure analysis. With inhouse metallurgical and materials engineers and excellent metallurgical testing facilities, VHT can provide consulting inputs for material selection, process development through to failure analysis. We have inhouse Rockwell, Vickers hardness testers, cutting & mounting equipment, micro hardness traverse testing, binocular stereo microscope as well as metallurgical microscopes. An extensive library offering information on a wide range of topics including steels, heat treatment, manufacturing, failure analysis is available inhouse to provide design & development inputs for innovation, efficiency and quality improvement.   Operational Excellence With years of experience processing components across this a wide range of industry, we have developed optimum heat treat processes and process control systems to heat treat components that will meet the most stringent quality requirements for any application. Commitment to well-maintained infrastructure enables maintenance of equipment in good condition and prevent breakdowns thus leading to equipment reliability, consistently good quality and excellent service. Our well trained and committed team with expertise…

Additive Engineering is an Australia-based advanced manufacturer utilising proven additive manufacturing technology to manufacture consistent, high surface quality production parts more efficiently.   Additive Engineering provides contract manufacturing services on demand for a range of high performance materials including biocompatible Ti64AlV, Titanium alloys, Stainless Steel and a range of super alloys suitable for Medical, Aviation, Space, Defence, Maritime, and Resources industries.   Accelerate development, reduce risk and support sustainment by  relying on proven advanced platforms to enhance fleet readiness. Additive Engineering can improve speed to market by reducing lead time from product development, production to sustainment. Complex component designs are optimised for size, weight, power and cost (SwaP-C) applications, overcoming limitations of traditional manufacturing methods. Design for Additive Manufacturing consolidates parts, improves component performance by reducing weight and waste.   ·       Contract manufacturing on demand reduces lead times and inventory costs ·       High performance superalloys suitable for aggressive environments; chemical, wear and corrosion resistance and hypersonics ·       One-off manufacture of legacy spare parts ·       Small volume production without minimum order quantities and tooling investment   Discriminators include ·       1-3 day turnaround of quality metal 3D printed components for speed to market. ·       Consistent, Industry-leading part quality; as-printed parts in a…

Founder, Thomas Marsh commenced making springs in 1953. Since that time the company has grown to become one of Australia’s most trusted names in spring and wire product manufacturing. The company operates a large, modern complex including central administration and manufacturing facilities at Carole Park, Queensland. The firm remains privately owned and operated under the directorship of Greg Marsh, son of Thomas Marsh. At Marsh Springs, we pride ourselves on the calibre of our people. Experienced, well–trained and loyal staff, many with over 25 years of service to the company, continue to underpin Marsh Springs’ ongoing success. Extensive in-house jobbing and tool room facilities allow speedy alterations and modification of machinery to suit client needs and minimise associated downtime. In-house design and prototype production services complement the firm’s special services. Clients from a broad range of industries rely on Marsh for a host of spring, pressed part and wire products. Fulfilling such diverse needs continues to challenge us, and we grow to meet those challenges. As a result, we have introduced and developed many new categories of product and vastly increased the number of markets and industries we serve, increasing our scope and capability.

The world leader in gases, technologies and services for Industry and Health, Air Liquide is present in 80 countries with approximately 67,000 employees and serves more than 3.5 million customers and patients. Oxygen, nitrogen and hydrogen are essential small molecules for life, matter and energy. They embody Air Liquide’s scientific territory and have been at the core of the company’s activities since its creation in 1902.

Ajay Engineering Co. has been successfully established since 1983 and specialises in the design, manufacture and repair of a wide variety of equipment in the engineering and manufacturing industries throughout Australia and worldwide. Our experienced and professional team is dedicated to providing our customers with quality, cost efficient service in an economical time frame. Our well-equipped workshops includes fabrication, machining and fitting, which allows us to complete turnkey projects or jobbing work for both large and small companies and individuals. What We Do Our scope of abilities enables us to plan and complete projects from inception to completion, reverse engineer custom products tailored to your needs or manufacture goods to your drawings or specifications to production runs of any size. In addition we maintain a substantial network of reliable subcontractors and suppliers to ensure quality and timely completion of projects. Estimating Engineering Drafting Project Management Fabrication Machining Fitting/Maintenance/Repairs Pneumatics Hydraulics Electrical/Electronics Surface Treatment Logistics/Packing

RAYMAX APPLICATIONS: Based in Sydney we supply laser solutions and optronics equipment. EXPERTISE: Raymax Applications was established in 1992, and the company has continued to grow its expertise and supply base sourcing from highly reputable laser and optronics equipment manufacturers in Europe, the UK and America. Our team of physicists and factory trained engineers, along with our extensive knowledge of laser technology and applications in both Australia and New Zealand, means we offer reputable advice, service and support. MISSION: To bring the best, most effective leading-edge laser and optronics solutions to advance manufacturing industries, and research and development organisations. VISION: To dedicate our expertise to achieving our goals of innovation, best practice and first-class customer service, to the benefit of both our customers and suppliers. What We Do As laser applications in manufacturing and research continue to grow, Raymax is called upon to recommend, install and service solutions that range between turn-key to ‘first-ever’ adopted installations. We supply lasers used in the common processes of welding of metals and plastics due to their efficiency; in selective laser melting and sintering as well as cutting, brazing and hardening. More recently Australian companies have found success in cladding and 3D structuration for…

Industrial Laser is a privately owned company established in 1998 in Melbourne, Australia to support Australian and New Zealand laser users with expert and factory-trained engineers. As market demands changed, so too did Industrial Laser, firstly to develop and manufacture specialised laser equipment where off-the-shelf models were not appropriate, then by adopting new laser technologies and processes as they emerged. Industrial Laser is the sole Australian & NZ distributor for Cincinnati Inc. laser cutting machines, PRC CO2 laser sources, IPG fibre laser sources, Concept 3D laser printing machines, Lasit laser marking machines, Precitec laser cutting and welding heads and monitoring systems, and Primes laser beam analysers. What We Do Industrial Laser sells and services (both the laser and the machine it is on) CO2 lasers, Fibre lasers and Nd:Yag lasers for cutting, welding, cladding, engraving, marking and additive manufacturing. The newer fiber laser technologies have opened up opportunities in nano manufacturing and scientific research.