In-house complicated small device prototyping, precision assembly and testing. Mechanical component design and manufacture, in Adelaide, South Australia.

Complicated precision device assembly and testing within ISO 5/6 cleanrooms.

Adelaide University Mawson Lakes CAD design studio and precision micro machining centre. Tonsley Innovation District labs and prototyping workshops.

Richard McMahon, rapid prototype designer and manufacturer. Industry Representative at the Future Industries Institute Adelaide University. Proudly manufacturing in Adelaide, not outsourcing overseas as many of our local competitors do.

Fast quality precision prototyping specialising in demonstration devices for venture capital meetings and proof of concept, at a high quality and factory finish level. Not just plastic 3D printed demonstration pieces. Stainless steel, aluminium and titanium solid working mechanical and electromechanical devices that will stand out as professional and well made precision devices. Micro medical, aerospace, mining and defence. One off and small batch prototype specialist.

Our well equipped South Australian based micro engineering facility speacialising in small volume prototyping, assembly and testing. All carried out in-house at our Tonsley Innovation District workshop and Mawson Lakes, South Australia teaming up with the Australian National Fabrication Facility recources. Stainless steel, titanium, aluminium and brass small parts machined. Mechanical and electro/mechanical devices assembled and tested. Prototype development. Process engineering advice. Bringing manufacturing back to South Australia.

Precision milling machines, lathes and diamond micron lapping and polishing equipment. Ultrasonic and mechanical cleaning equipment. The advantage of the combined Tonsley and Mawson Lakes workshops gives us a range of machines from rapid prototyping on manual machines to precision repeatable parts manufacture on the Robodrill, Willemin-Macodel 8 axis or DMG Mori precision mills. Device troubleshooting and rapid small volume custom parts manufacture. Olympus OLS 5000 laser measuring microscope for final quality control and surface quality testing. Our own small device pressure test equipment and electronic diagnostic test machinery. Richard McMahon as a certified master watchmaker has the ability to design, machine and assemble micro machinery himself, this is a huge advantage in vertical integration. Keeping tight control of the prototype and manufacture process from start to finish. We can identify issues and quickly adapt design and manufacture changes in hours, not weeks or months. Our own fabrication and prototyping facility and partnering with Adelaide University and the University of South Australia at Mawson Lakes South Australia. We do NOT outsource our machining or parts design overseas as many of our local Adelaide competitors fail to disclose.

Prototype design, manufacture, quality control and testing.

Our facilities include clean assembly spaces for complicated small machinery and instruments. All in secure spaces in the Tonsley Innovation District, South Australia and Future Industries Institute at Mawson Lakes, South Australia. CAD using Autocad Inventor and Fusion in-house. Precision assembly work carried out in our environmentally controlled micro-engineering workspaces. Complicated machinery assembled by qualified and certified horologists and watchmakers. We have access to clean rooms for assembly at both our Tonsley and Mawson Lakes machining centres for device assembly. Decades of experience manufacturing precision parts for the medical and defence industries. We have a network of advisors and experts in many engineering and design disciplines. We have a proven track record of designing, prototyping and testing devices for our clients in IVF, cardiology and ophthalmology disciplines. We work closely with our clients offering quick modifications to our components and devices made by us, in-house. Our client feedback shows our strength is speed and communication. Keeping costs low by using a vertically integrated lab and workshop like ours can save months in development and many thousands of dollars. We have the capability to work on multiple devices in parallel to fast track testing and evaluation. ISO documentation and processes at early stages of fast prototyping are not necessary and can greatly increase cost and slow projects by months/years. We specialise in proof of concept, high quality working devices for venture capital demonstration meetings, potentially enabling access to funding quicker than other methods. Once a device is functioning, ISO and other certification processes can be carried out. This is how many successful companies work today and is an advantage in the fast moving medical and tech industries.