About MARS Bioimaging Ltd
MARS Bioimaging Ltd (MBI) was founded in 2007 to commercialize the cutting-edge Medipix technology and bring photon-counting CT to the clinic
MBI has established itself as the world’s leading research and development group in spectral molecular imaging, and to-date has delivered the world’s first commercial pre-clinical spectral CT scanner.
The MARS Microlab 5X120 is based on the next generation of x-ray detectors (Medipix3RX) developed in collaboration with CERN, University of Canterbury, University of Otago, and other partners. Using our technology, customers can conduct experiments in a system that is directly translatable to human clinical imaging.
MBI works closely with customers to provide a wide range of spectral imaging solutions for applications ranging from cancer detection to development of novel contrast agents. Contact us to find out how MARS Microlab 5X120 can improve your research. Subject to regulatory approvals, MBI’s human extremity scanner will soon be available for clinical use.
- HealthTech Award for Best Translational Project – HealthTech Week 2019
- Finalist in Best Hardware Product category – NZ Hi-Tech Awards 2018
- Winner of Best Emerging New Zealand Innovation – New Zealand Innovations Award 2017
- Winner of Best Innovation in Health and Science – New Zealand Innovations Award 2017
- Winner of Supreme Award (Small Enterprise) – Champion Canterbury Business Awards 2017
- Winner of Champion Innovations – Champion Canterbury Business Awards 2017
- Winner of Champion Producer/Manufacturer (Small Enterprise) – Champion Canterbury Business Awards 2018
Professor Phil Butler is a co-founder of MARS Bioimaging Ltd. Phil is the Chair of the Board of Science Alive! – a community science museum in Christchurch – set up in 1990. He is a Fellow of NZ Institute of Physics and has published over 116 publications during his 40 years as a researcher. He serves as a Member of CERN and the UC leader for participation in the Medipix3 Collaboration.
Professor Anthony Butler is a clinical radiologist with an interest in developing new imaging technologies. He is a co-founder of MARS Bioimaging Ltd. He is the lead investigator on over $12m of NZ government research grants, and co-investigator on more than $30m of other grants. At the University of Otago, Christchurch, he is head of the Department of Radiology. At CERN, he is a member of the Medipix3, Medipix4, and CMS collaborations.
Colin Dawson has held a number of senior executive roles in the primary, secondary and tertiary health care sectors and was a founding partner in health consulting and investment banking services firm Medicus Capital. Relevant healthcare roles have included GM Clinical Support Services Health Waikato, CEO of Integrated Care IT company HSAGlobal, CEO of one of NZ’s largest aged care operations and Executive Director – Group Strategy of healthcare REIT.
Colin is actively involved with investment, development and commercial implementation of novel technology companies. He chairs the Boards of Tiro Medical, Upstream Medical Technologies and Ember Wellbeing Trust. He is a Director of The NZ Institute for Minerals to Materials Research and Deputy Chair of the NZ Institute for Plant and Food Research.
He is a graduate of The University of Auckland Business School, an SEP alumnus of the Stanford University Graduate School of Business and a Chartered Fellow of the NZ Institute of Directors.
Vivek Nair is a management graduate with 18 years’ experience in business development. He has previously worked with top multinational corporations in the medical and commercial banking sectors. He also was instrumental in commercial development of several start-ups. Vivek leads the development of strategic alliances, including international bilateral partnerships, as well as leading the sales and marketing of our commercial products.
Ross Younger is an experienced software and electronics engineer with a 16 year track record of successfully building systems and devices including IT security hardware and smart power infrastructure. Leading the Productization division, he is responsible for the development and maintenance of the company’s product line. He holds a computer science degree from the University of Cambridge; his professional interests lie in security and reliability engineering.
Anish has 17 Years of experience in the core Engineering sector of Telecom, Advanced Engineering- Software Solution and Communication Products and has worked with major multinational companies like Siemens in the middle east. He handled the roles of an Engineer, Senior Engineer and Project Manager in his previous assignments.
A graduate engineer in Electronics & Communication and holds a Project Management Certification from XLRI, one of the premier management institutes. Anish heads the product delivery including factory, supply chain and engineering support.
Meet the team!
MBI brings together an interdisciplinary R&D team of physicists, radiologists, engineers, computer scientists, orthopedic and other surgeons, mathematicians, biologists, and cancer researchers.
2019-present: Clinical trials
MBI began human trials in 2019 to assess the value of this technology for evaluating injured wrists. The first trials were based at the University of Canterbury, Christchurch, New Zealand. The preliminary results are very exciting and MBI are motivated to move to the next step. https://marsbioimaging. Sign up to hear about our clinical and technical updates.
2018: First human image
2017: An award winning manufacturer
Ground-breaking work achieved by MBI was recognized at the Champion Canterbury Awards and New Zealand Innovation Awards. MBI began appointing partners for product distribution.
The latest version of the Medipix detector chip was suitable for imaging. MARS Bioimaging Ltd has exclusive rights for Medipix3 developed at CERN in the field of small animal and human CT.
2011: First commercially available multi-energy small-bore scanner for preclinical research
2007: MBI was founded
The company was formed in 2007 to commercialize the ground-breaking photon-counting Medipix technology. Four colors could be measured one after the other, not simultaneously. Scanning took one day, reconstruction took one month.
Much like the first x-rays discovered by Wilhelm Röntgen in 1895, the capability of the Medipix detector was first demonstrated on a hand.
To bring technically excellent products to the clinic and improve healthcare worldwide, while delighting clinicians, scientists and patients.