Product Showcase

  1. Specialized Production Services For Advanced Medical Applications

    Zeus is equipped with the ability to produce an array of secondary/value-add production services for advanced medical applications. These include solutions such as tubing with flares (accessibility), flanges (mechanical stop), etching (bonding), pad printing (graphics, text), and other secondary services that allow for the optimization of materials to the precise requirements of each application.

  2. Engineered Surface Tubing

    Zeus offers Engineered Surface Tubing designed specifically for the neurostimulation treatment of Dystonia; a neurological movement disorder primarily related to Parkinson’s disease. This surface tubing features highly lubricated surfaces, making treatment delivery easier for surgeons and safer for patients.

  3. FluoroPEELZ™ Peelable Heat Shrink

    Zeus offers the FluoroPEELZ™ peelable heat shrink designed with quick and easy peel away capabilities to improve product efficiency and safety, and to accelerate catheter production.

  4. Dosing Systems and Components

    The fast Dosing Valve, the Micro Dosing Unit, the unique Pneumatic Dosing System and other customized Systems developed by Bürkert — all combine ultraprecision and repeatability of fluid dosing.

  5. Rapid Tooling And Medical Device Prototyping

    Donatelle’s rapid tooling and prototyping services help accelerate the design process and bring critical medical device products to market – faster. With an experienced team of engineers, mold designers, machinists, and toolmakers, they are able to produce near-net shape parts with near production tolerances, machined or molded, in as little as a few days.

  6. Product Development And Product Design

    Donatelle offers product development and product design services that are integral to product success – spanning functionality, repeatability and cost effectiveness. Their highly qualified team of engineers, designers, machinists and toolmakers consult with customers from the start to help ensure critical medical devices and components are delivered on spec to market as quickly and cost-effectively as possible.

  7. ENFit Connection System: Monoject And Kangaroo Pharmacy Solutions For Enteral Feeding

    ISO CD 80369-3 was created to define a safe design for an enteral feeding connector. Medtronic has helped to develop the ENFit Connection System. This includes a full line of bulk, non-sterile Monoject Purple Oral Syringes featuring the new ENFit connector and a transition connector that allows users to connect to feeding tubes and extension sets with the older design until all components have converted to the new ENFit design.

  8. Miniature Proportional Valves: VSO® LowPro Series

    Parker Hannifin’s VSO® LowPro Valves are designed to offer enhanced flow control for inert gases in applications where typical flow rates reach up to 50 SLPM with a maximum of 1.5 Watts at room temperature. These miniature valves are 16 mm wide by 14 mm tall, with an orifice of up to up to 0.080” (2.03 mm) and a weight of 12 g. They can be inserted into the smallest portable devices to improve performance, size, and weight, and can perform the function of valves three times their size without sacrificing the power.

  9. Mid-Wave And Long-Wave Thermal Imaging Cameras

    The A6700sc, A6750sc, and A750cs SLS are high sensitivity thermal imaging cameras with long-wave and mid-wave models. Short exposure times and 640 x 512 resolution allows for freeze motion and accurate temperature measurements, making these cameras ideal for high-speed thermal events and fast moving targets in electronics inspections, medical thermography, manufacturing monitoring, and non-destructive testing applications.

  10. Thermally Compensated Proportional Valves: VSO® Low Flow Series

    Parker Hannifin’s VSO® Low Flow Valves are designed to offer enhanced flow control for applications where flow is required to be between 0 – 500 sccm. These thermally compensated miniature proportional valves provide precise flow control of gases in proportion to the input current, and can be controlled with either DC current or pulse width modulation along with closed loop feedback to deliver optimal system performance.