NC Programming Software Optimised for Tubes and Stents
CAM-Service’s newest version of its NC programming software Cagila has been optimised for medical devices such as tubes and stents. Functions specialised for laser cutting applications generate optimised NC code while reducing programming time for laser macro and micro processing.
The new Cagila 3-D software is based on a 3-D solid modeling kernel, which supports the import of all common data formats such as STEP, IGES, VDAFS and interfaces with native formats of SolidWorks, NX (Unigraphics/Siemens), CATIA, ProEngineer and Autodesk Inventor. Programming of the NC laser paths is based on edges of the 3-D solid model, while allowing the user to define variable cutting angles. Simultaneous 2 to 5 axis processing, as required for parallel edges, is supported. A real NC simulation with collision detection ensures error-free laser processing.
Other options such as the processing of 3-D models layer by layer provide optimised data for rapid prototyping and ablation processes. Furthermore, Cagila provides new and improved modules for the established NC programming software Cagila 2D, including advanced support for scanners (cutting, ablation and perforation) and the CNC-Analyzer for the analysis of differences between the original CAD drawing and logged real CNC axis positions.
Hannover, Germany +49 5119 7939 790
Complete product design
Shore Design offers design and development services accredited to ISO 13485 and FDA QSR 820. The company has designed numerous medical devices including point-of-care products, mobile health devices, drug delivery systems and implantable devices. In addition to working with large corporate clients, the firm can provide mentoring for inventors or startups through the entire product development process, including testing, CE marking and product supply.
Edinburgh, UK +44 1315 542 626
Safety critical design
Triteq takes medical design from the initial stage of concept development through clinical trials all the way to market. Registered by TUV Munich to ISO 13485-2003 for medical device design and development, the company’s structured in-house procedure for developing medical products includes risk analysis, verification, validation and design documentation. Triteq has specific experience in wound management systems, including the development of ambulatory and volumetric pumps, cancer detection, as well as foetal blood analysis and syringe driver technology.
The firm works collaboratively on global projects including AP@home, funded by the European Commission under the IST framework programme 7, working to improve the treatment of patients with diabetes at home by improving closed-loop algorithms for artificial pancreas.
Hungerford, UK +44 1488 684 554
Electronic system design
Specialised in medical high-density packaging and system miniaturisation, Art of Technology offers customer-specific electronic system design and development services for embedded systems. The company is certified to ISO 9001 and ISO 13485 for the development of medical products, including active implants. With a focus on embedded systems, analogue or digital systems, power management, and both standard and special technologies, the firm’s services include electronic engineering design and development, software and firmware design, and programming. Futhermore, the company offers system miniaturisation, technology and research studies, second opinion and troubleshooting services, medical certification and production set-up support. The firm also provides support for startup companies and universities. Typical applications are medical devices and intelligent implants, sensors, data communication systems (fixed and wireless) and stationary, portable and wearable devices.
Art of Technology
Zürich, Switzerland +41 43 311 7700
Haughton Design is a design development consultancy that combines innovative thinking and engineering to create designs that are developed from concept through to manufacture. The company’s strong engineering heritage has been especially appealing to the medical sector, which accounts for more than 50% of Haughton Design’s work. The company provides proof of concept services, design optimisation for mass manufacture, new product development, product refresh services, design rescue and review, and mechanical engineering.
All 3-D design work is developed using SolidWorks. Using risk management tools such as failure modes and effects analysis and full manufacturing tolerance analysis, the firm is able to provide a clear design path that reduces risk from the outset. Haughton Design is accredited to ISO 9001 and is currently in the process of upgrading to ISO 13485.
Haughton Design Ltd
Beaconside, UK +44 1785 243 767