ITL Group offers you a completely flexible toolbox of services encompassing everything from concept generation to full scale manufacturing and aftersales support. Select the next stage of your project to find out more:
Concept development is the first step in the development life-cycle. At this stage we will work with you to hone your ideas into detailed engineering specifications and generate a series of early concepts including proof of principle modules for further experimentation and validation where necessary.
If you already have a product concept, or have worked with ITL Group to develop one, your dedicated team of mechanical, software, firmware, electronics and systems engineers will design and test all aspects of your product. Our manufacturing capability means that we are able to quickly produce both low and medium volumes of prototypes.
Unlike most product design houses, ITL Group also offers a full-scale, turnkey manufacturing solution. Your medical device will be assembled, tested and packed within an ISO 13485 and FDA GMP audited and accredited environment. Our lean cellular manufacturing processes provide you with your own factory within ITL’s facility with dedicated, product-specific people and processes.
Our continued commitment to your success means that our service doesn’t stop once your product reaches the market. We also provide a complete global aftersales support service for you and your customers. Whether you require on-site servicing, repairs or regular maintenance, let ITL Group take the strain so that you can focus on your core business.
If you are considering starting a new medical device development project, need a technical file audit, or need guidance or support to meet regulatory requirements, you can tap into 40 years of industry experience by using ITL Group’s medical device consulting services.
We’re one of the few ISO 13485 and FDA GMP certified companies that provides high volume PCB manufacturing for medical devices.
We have many years of experience in the design and development of microfluidic chips, cartridges and their associated instruments and can develop and manufacture complex microfluidic chips for a number of applications.