Diagnostic Housing Equipment for Healthcare
Brentwood supplies high-precision thermoformed medical diagnostic equipment components. We utilize the pressure forming process as an economical solution for low-volume runs of medium-to-large parts. This allows us to manufacture complex geometries with the tight tolerances required for diagnostic equipment housing, covers, and enclosures. These highly cosmetic parts have crisp surface features and intricate textures with little to no variation in color or detail between parts.
Diagnostic Housing Component
Diagnostic Housing Component
Diagnostic Housing Fascia
Dental Imaging Machine
Heavy Gauge Handling Tray
Services
Part Design
Process Design
Tooling
Quality Planning
Part Design
Brentwood collaborates with each customer to develop the right packaging solution for your unique needs. Our team of skilled designers, tool engineers, and CNC programmers works to ensure that the custom-tailored design meets your requirements for performance, functionality, and product protection.
Process Design
Our internal project management team is well-practiced at working with complex timelines and deadlines designed to get your product to market. We ensure the process flows smoothly from the first tooling order through final delivery. After that, project management works directly with our customer service team to make sure you can easily reorder parts.
Tooling
After collaborating with you throughout the design, prototyping, and approval processes, we utilize the knowledge gained to develop high-quality production tooling. All production tooling is produced using top quality materials and is precision machined to the highest tolerances. Post-production, all tools are carefully stored and maintained for future runs.
Quality Planning
Brentwood’s quality management system is integrated into every step of the development process, guaranteeing consistent products that meet or exceed your expectations. With the end user in mind, we continue to innovate in research and design, providing efficient packaging that simplifies handling and reduces material use.
Materials
Choosing the appropriate plastic material for your application is an essential step in developing a successful finished part. Each material has its own characteristics, properties, and strengths. Therefore, many factors can influence material selection, ranging from performance to appearance to cost. By working with you to understand the parameters of your project, we can help you choose the best, most cost-effective method to achieve your goals and meet regulations.
ABS
This material is manufactured by combining three different compounds: acrylonitrile, butadiene, and styrene. In addition to its high stiffness factor and creep resistance, ABS is one of the most versatile plastics available.
PVC
Polyvinyl chloride is stiffer than ABS and features high impact strength and natural flame-retardant qualities.
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