Our quality assurance program combines data-driven manufacturing and validation, advanced technology and staff expertise.
Lowell makes ongoing investments in technology to manufacture and test your finished components and assemblies.
Our proven manufacturing process helps improve time to market through profile tolerancing, GD&T, critical feature confirmation and design intent.
At Lowell, everything starts with our people — experienced, trained, professional, precise.
CNC machining centers
square feet of manufacturing space
years in business
When working with a contract manufacturer to create a component or assembly that your company will depend on, it is critically important to align on the deliverables, expectations, and timeline. A single misstep in the process or a misunderstanding of design intent can create delays or quality issues that derail a major project. How can […]
Machining in the orthopedic industry is a highly advanced process, with high-precision CNC machines, lasers, new materials, surface-finishing technologies, inspection systems, and sophisticated software. These technologies are essential for creating the orthopedic implants, devices, and instruments we depend on. Business is on the rise among orthopedic device manufacturers, especially for joint replacements and increased funding […]
How can you create a culture that achieves increased engagement, offers better satisfaction, and improves retention?
Finding a contract manufacturer has never been easier. Finding the right one has never been more difficult. Nearly every supplier promises precision machining, quality systems, and on-time delivery. Most have similar equipment lists and certifications on their website. Yet when projects begin, the differences between manufacturers become obvious. Communication slows. Design questions surface late. Validation […]
Lowell, Inc., a leader in precision manufacturing for complex implantable medical devices, is proud to announce the promotion of Brandon Mitchell to President.
A print doesn’t tell the whole story. It shows dimensions, tolerances, and specifications. But it doesn’t always communicate how a device is used, what truly drives performance, or where risk is hiding beneath the surface. That’s where the pre-production meeting (PPM) becomes one of the most important moments in the entire product lifecycle.
What innovation!! I toured Lowell two weeks ago and could not have been more impressed with your other examples of innovation, namely the robotics utilized in the QA lab and in the laser marking area. We are going to be installing our own hi-definition cameras in our QA lab soon. I’ve copied my QA faculty for them to enjoy your video.
