Precision machined parts for medical furniture

Owens Industries is a trusted supplier of medical components critical to surgical instruments, medical devices and machines. Owens Industries is committed to improving the quality of life for patients and medical staff throughout the precision machined parts for medical furniture. Backed by over thirty years of CNC experience, our skilled machinists are able to create a custom medical component with the greatest accuracy possible.

CNC machining has become an increasingly popular technique in the medical manufacturing industry due to the high demand for precise components. These components need to meet strict quality and safety standards and be produced efficiently. Therefore, product designers and manufacturers have embraced medical CNC machining as a solution to meet these requirements. The medical industry benefits greatly from the versatility and compatibility of CNC machining. It serves as an ideal manufacturing option due to its ability to effectively produce medical components with exceptional precision and accuracy. By utilizing CNC machining, the healthcare sector can ensure the safety of patients and minimize the occurrence of errors.

Precision machined parts for medical furniture

At Aero Industries , we precision machined the housings shown here for use in a medical lift device. During the initial phases of this project, we all pooled our resources though an extensive revision process to finalize each detail and ensure all requirements were met. Leveraging our 4-axis machining capabilities, we developed a process that accomplished a range of cutting strategies from one set up. Since the extrusions were large and had a challenging geometry, we proceeded to design and build a customized tooling and fixturing solution. We inspected all of the incoming material to ensure that only conforming parts were fed into the machining cycle. Primary machining operations took place on our vertical mill. By effectively holding and orienting the workpiece and cutting tools, we were able to form the features while creating a blemish-free mill finish. We accomplished this at very rapid cycle times in order to meet project deadlines. The combination of precision machinery and our technically skilled manufacturing team enabled us to satisfactorily produce housings that were dimensionally accurate with a superior visual appearance. These quality housings contribute to the safe operation of equipment that supports the important task of transporting disabled and elderly members of the population. Primary: 4 th axis machining Secondary: Fixturing.

However, this process can be complex. Knowledge Base Whitepaper, design guide, materials, and finishing.

Machined plastic parts are components made from various types of plastic materials that have been shaped and finished using precision machining techniques. Total Plastics has the capability to produce machine parts where a raw material is cut, drilled, milled, or otherwise shaped to create a final product with specific dimensions and properties. Total Plastics creates complex shapes and features that may not be possible with other manufacturing methods, creating parts with tight tolerances and intricate designs to customer specifications. Machined plastic parts can be made from a variety of plastic materials, including high-performance plastics such as PEEK and UHMW, which offer excellent chemical resistance, high temperature tolerance, and low friction properties. Overall, machined plastic parts are an important component of many industrial applications, providing reliable and cost-effective solutions for a wide range of engineering challenges.

We have been working with customers in the medical market for more than 25 years, and have the skills and experience to serve clients from early-stage product development through full production and launch. Petersen Precision excels at working with our partners beginning in early stages of development to optimize the use of our unique technologies within their designs. This collaborative process assists in the design for manufacturability DFM , maintaining low part cost while increasing the precision and repeatability of the processes used in manufacturing. We can also develop unique fabrication and assembly processes that are either in part or wholly automated by our in house team that can deliver great benefits in cost and quality assurance to our customers. We have strong quality systems in place to ensure reliable part traceability and maintain the stringent record-keeping requirements of the medical device industry. We are capable of fulfilling all APQP Advanced Product Quality Planning standards and process qualification requirements to get your product to market on time. Proven manufacturing technology and decades of experience help us ensure precision repeatability from the first piece to the last. Check out some of these pieces in our gallery!

Precision machined parts for medical furniture

Provide efficient production and faster design to delivery. Produce precision parts that exceed industry standards. Create and test products quickly to bring them to market. Empower to innovate faster, maximizing performance.

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CNC-machined parts for these devices may range from small buttons and switches to larger monitor housings. ISO certification is the quality management compliance standard for the medical device industry. Materials for Medical CNC Machining Medical components are often designed with tolerances, malleability, and tension requirements in mind. Owens Industries can manufacture components for medical equipment with the specialized CNC machining lathes at our Oak Creek facility. No Minimum Order Volume Unlike other manufacturing methods that require minimum order volumes, CNC machining does not, making it more suitable for smaller projects. Runsom Precision is always ready to work with you to optimize your critical medical applications. In contrast to dedicated mold tooling that can take up to four weeks, precision CNC machining offers faster turnaround times for small production runs or custom parts. Aluminum is a strong and lightweight material with good corrosion-resistant properties. Watercraft Parts. Considerations When Choosing Materials for Medical CNC Machining Selecting suitable materials for machining medical parts requires careful consideration of many factors. Bright colors can also help differentiate between different versions of a part, such as for functional testing or prototypes.

With medical device requirements becoming increasingly stringent, our strict quality control, impeccable machining precision, and a wide variety of material choices will meet and exceed all expectations when it comes to surgical instrument manufacturing. Additionally, with both Y-axis machining and programming expertise, we have the capability to produce incredibly complex geometries.

Therefore, it is ideal for constantly touched surfaces like monitor switches and buttons. Receive A Quote. PTJ's friendship with customers around the world in the past decade —————— PTJ has been serving customers all over the world since Flexible Design Complexity One key advantage of CNC machining is the ability to transfer digital programs quickly and easily between medical specialists, product designers, and manufacturing professionals. This process utilizes reusable tools, thereby reducing production costs. Manufacturers make some medical supplies with plastic injection molding. Here are three vital factors you should consider when choosing a manufacturing partner for your medical instrument machining: ISO and Certified ISO certification is an important consideration when looking for a dependable manufacturer of machined medical equipment. Deliver quality parts that meet requirements and exceed expectations. Lab technicians rely on Owens Industries for all kinds of parts and devices, including insertion equipment for DNA analysis. January 12,