Increased awareness of advanced technologies that require new materials, new manufacturing processes and new manufacturing software systems;
Matching funds for regional companies that wish to utilize prototyping and design facilities and services;
Reduced time and expense of prototype construction through access to specialized facilities, equipment and expertise required for design, simulation and fabrication of products.
EFE is an established, solutions-based contract manufacturer. By collaborating with customers across diverse markets in pursuit of superior product design, development, and manufacturing services, EFE brings extraordinary expertise to its customers. EFE specializes in: box builds, control panels, cable harnesses, captial equipment, LabView and PLC programming & printed circuit board assemblies.
Inteprod supports Medical Technology and Life Sciences companies with innovative ‘finished product’ services that provide a strategic advantage in reduced costs and faster time to market. Experienced and proficient in every aspect of the development and manufacture of advanced technologies, Inteprod has the expertise, resources, and infrastructure to manage every phase of a product’s lifecycle.
Creative Mechanisms, Inc.
At Creative Mechanisms, we engineer ideas into reality. We design, engineer and prototype mechanical injection molded product. We engineer for production using Solidworks 3D CAD. We prototype using our Stratasys Fortus 400mc FDM printer in ABS plastics or by CNC in all plastics including Polypropylene. We produce Prototype Injection Molded product through our tooling and molding partners.
NextFab is located in a 21,000 square foot facility at 2025 Washington Avenue, featuring a collaboration space with cutting edge tools, expert staffing, 3D printers, computer controlled machine tools, software, electronic workbenches, classes, workshops, and friendly and affordable consulting services. They offer workspaces in a comfortable, clean and safe environment.
• Consulting and Design - 3D Modeling, Photography, Film and Flatbed Scanning
• Custom Fabrication - Large Format Printing / Vinyl Cutting, Laser Cutting and Engraving, CNC Routing/Milling, 3D Scanning/Printing, Sewing and Digital Embroidery, Injection Molding, Thermoforming, Metal Fabrication, Plastic Fabrication, Welding MIG/TIG, Machining and Woodworking
• Finishing/Assembly - Spray Coating, Mounting, Electronics Design
MTS is a contract manufacturing firm that provides critical prototyping and manufacturing services to many industries. These include machining and fabrication, electronics assembly, and turnkey manufacturing. Guided by knowledge and capabilities of great depth and diversity, MTS employs an intense, customer-driven method to produce success on every project. We utilize diverse manufacturing techniques of great sophistication and strength. We deliver meticulous engineering and technical know-how on the one hand, breakthrough imagination on the other. MTS is knowledge and creativity, sharply focused through the closest possible collaboration with our clients.
• Industrial Design
• Product Engineering
• Product Strategy
AmpTech offers office space, plasma tools, and 3-D printers capable of handling composite materials under pressure, a "fully staffed plasma lab" with "hard-to-find plasma devices and prototypes," including specialized nozzles and wet and dry lab systems; material supplies; expert staff; work stations; and design stations. They are attracting interest from medically-focused projects such as clinical-trial and wound-healing testing services; energy developers, including people focused on hydrogen and natural gas fuel processing and conversion; water sterilization; seed sterilization and germination; pH enhancements and other soil treatments; waste-to-energy conversion.
Richman Chemical offers a full range of custom synthesis and manufacturing services to life science and chemical industry companies. Their capabilities include: complex multi-step organic synthesis, emulsion and solution polymerization, custom inorganic synthesis, electronic grade chemicals and stereo-chemically pure compounds. Specialists in sourcing hard to find chemicals, they offer a comprehensive list of pharmaceutical & chemical raw materials and intermediates in research, pilot and commercial quantities.
AddLab houses Penn’s mechanical engineering department's 3D printers and post-processing equipment. The lab is generally staffed by student additive manufacturing assistants who are available to consult with members of the university on their 3D printing needs.
The Lab Contains the Following 3D Printers:
• ProJet6000HD SLA Printer
• Dimension Elite FDM Printer
• Objet30 PolyJet Printer
• Form1 SLA Printer
Smithwise helps innovators and entrepreneurs advance concepts into robust designs and manufactured products while reducing technical, regulatory and market risks along the path. The Smithwise team consists of engineers, designers and industry specialists, collectively working together to address some of the toughest challenges in healthcare, laboratory and consumer sectors.
• Industrial design development
• Mechanical engineering
• Electrical engineering
• Quality/Regulatory management
• Functional prototyping
• Design for Manufacturing/Assembly (DFM/DFA)
• Supply chain development
• Pilot production management
MK Precision is an industry leader in medical device manufacturing. With almost a decade of experience, we provide the best medical devices and precision components by utilizing state-of-the-art, multi-axis machining centers. Our medical device manufacturing company is FDA- and ITAR- registered, along with being certified in both IS0 9001:2008 and ISO 13485:2003 Quality Management Systems. As a leading contract manufacturer, we have more than 25 CNC machining centers and a new, 9800 sq. ft. facility that utilizes state-of-the-art Swiss machining processes capable of achieving tolerances within +/- .0001″. MK Precision delivers the best medical device products in the fastest time, solving its clients’ business challenges with quality, integrity, and innovation.
IMET Corporation offers clients comprehensive product development solutions that bring concepts to full term. Our unique blend of services allows you to utilize IMET as a single point of contact for all aspects ranging from industrial design to manufacturing. IMET Corporation also has the ability to handle projects at any point in their development stage including prototyping or small and large scale manufacturing. We can assemble printed circuit boards and cables or execute box builds in any quantity- even one or two if that is your requirement. IMET’s assembly service is separate from engineering, so we welcome quotes for assembly services only.
IMET Capabilities include:
• Analog Design
• Digital Design
• Microprocessor Solutions
• DSP Solutions
• Multilayer PCB Design & Layout
• RF Design
• Cable Assembly
• Box Builds
• Temperature and Vibration Performance Testing
ONExia is a customer-driven provider of intelligent machine control technologies and the engineering resources to support their successful selection and implementation. That same expertise can be applied to designing, engineering, constructing, and programming complete machine controls or turn-key machines. Our degreed engineers know automation and motion control. Every day we assist companies like yours in developing a concept, writing specifications and implementing new technologies.
Custom Machine Services:
• Complete turn-key solutions
• Engineering services
• PC based solutions
• Custom assemblies
• Inspection automation
• Motion control technology capabilities
• Database interaction programming
• Circuit board design
• Motor sizing
• Mechanical design
• Electrical design
• Vision inspection programming
• Motion and PLC programming
• Visual Basic & HMI programming
PetroMar Technologies, Inc.
PetroMar Industrial provides electrical, embedded, software, and mechanical design for product development as well as product sustaining, testing/qualification, manufacturing automation system development, and small-scale manufacturing. As a division of PetroMar Technologies, Inc., we have decades of design, engineering and manufacturing expertise targeting advanced industrial solutions as well as complex technology and reliability challenges. Access to a multi-disciplinary team of scientists, engineers and technologists allows our industrial customers to have the confidence that comes with an in-house engineering and R&D organization without the need to recruit and retain such a staff.
Areas of expertise include:
• Industrial Automation
• Sensor Physics
• Physics and System Modeling/Simulation
• Electrical Engineering Design
• Embedded Systems Design
• Windows/Linux Programming (LabVIEW, C++, C#, and Python)
• Data management and mining
• Mechanical Engineering
• Manufacturing and Testing
• Diagnosis and Repair/Upgrade of existing automation systems
We can get your project ready for market and make the transition from idea to full-fledged MVP as easy as possible.
• Planning & Research
• Business Assessment
• Agile project management
• Information Architecture
• Mobile App Design
• User Experience design
• User Interface Design
• Graphic design
• Front End Development
• Back End Development
• Mobile App Development
• Measurement & Analytics
Center for Functional Fabrics
Drexel University, in partnership with Shima Seiki, established a multidisciplinary, cross-college laboratory. Using advanced knitting and fabrication processes to design, prototype and produce the next generation of advanced textile technology, we work collaboratively with researchers engaged in activities in the emerging field of smart textiles. The Center for Functional Fabrics leverages and focuses the research excellence and scientific and design leadership that Drexel has to offer toward unique collaborations.
Modern knitting offers unique, programmable fabrication capabilities that are not provided by other known textile systems or 3D manufacturing techniques. Fabrics knitted with several different yarns constitute a modern class of advanced engineering materials having a tremendous potential for actual transformative applications. Computer-controlled knitting offers great promise as a digital, additive manufacturing technology, because of its ability to make novel materials from multiple yarn types and varying loop patterns. Given the enormous flexibility of modern knitting equipment and the variety of yarn materials currently available, knitted structures can now be viewed as a versatile, programmable, multi-scale and microstructure-based engineering material systems. Similar to metamaterials, these knitted structures can be designed and manufactured to meet a wide range of functional and mechanical requirements. Furthermore, due to their flexibility and cloth-like structure, they can be used as material platforms to integrate other devices in ways practically not possible with other types of manufacturing technologies.