Precision Medical CNC Machining

Macfab understands that successful products and customer relationships are the result of creativity in design for manufacturability, the ability to deliver to tight tolerances, and the expertise to glean insights from iterative processes. Our engineers work with your design team for CNC machining medical devices, and our knowledge and experience of FDA regulatory requirements can provide instant value in our relationship.

We begin with CNC machined prototypes to support proof-of-concept testing for your medical device design team. We then assist with the iterations of the prototype development stage, responding quickly to design changes. We can fulfill the “on-the-fly” changes necessary to bring our customers’ new products to market faster. We work directly with your design engineers to evaluate machinability and the selection of materials to circumvent potential quality issues.

As your precision medical equipment design is readied for clinical trials and FDA or other regulatory approvals, we begin building the robust processes and documentation that will play an important role in the future success of your product.

Once approved for the market, Macfab is equipped to handle the high precision, tight tolerance, and large-volume CNC machining to meet your monthly and annual needs.

We focus on continuous improvement opportunities internally to reduce costs and lead time to positively impact on the quality of the parts supplied to you.

Demand for medical manufacturing materials is growing rapidly. Exciting technological breakthroughs are creating new applications and solutions for medical researchers and manufacturing firms. Macfab, a full end-to-end solutions provider, is ISO9001 certified and works to FDA and ISO13485 standards.

Our team works with various materials, including 316 stainless, PEEK, PTFE, magnesium, titanium, and engineered plastics. Characteristics such as material toughness, fatigue resistance, and biocompatibility for implantation in the human body make materials such as titanium and cobalt-based alloys the choice for medical implants.

We continue to challenge ourselves with new advanced engineered plastics and specifically tailored medical-grade polymers emerging on the market. Our knowledge of these materials and their processing, right through to arrival as finished parts, translates into reduced product development time for our customers.