Nate Henderson Email & Phone Number

Westport, MA, US

Leading the end to end NPI launch management and manufacturing engineering team of 40 people in the US and Neuchatel as well as the Global Development Center facility. Responsible for orchestration of the end-to-end supply chain for internal NPD and acquisition projects in the Shoulder Reconstruction, Soft Tissue Repair and Access & Arthroscopic Equipment.

Raynham, MA, US

Engineering member of the Raynham Joint Reconstruction plant leadership team with responsibilities for all Joint Recon and Codman site engineering functions with process engineering, manufacturing engineering, business transformation, engineering technology and project management managers as direct reports. Responsible for an engineering organization of 90.

Leading the New Product Development manufacturing engineering team of 6 engineers in the US and Neuchatel, Switzerland with a focus on DFM, mechanical design, metals manufacturing, and assembly / packaging. Responsible for coordination of the end-to-end supply chain for NPD projects in the Soft Tissue Repair and Access & Advanced Energy portfolios for.

Cupertino, California, US

What: Ramping supply of machined housings and components to support the $18 billion dollar iPad business as it grew to a $34 billion dollar business in 3 years time.How: Driving new concepts and development of machining, assembly, and finishing technologies to support future iPad programs. Evaluating and shaping new industrial design concepts at an early.

Leading and managing ground-up process development projects for the manufacture of knee implants including: machine specification and procurement, project capital budgeting, tooling/fixturing, process design, CNC programming, inspection, associate training, validation, and process improvements / cost reductions over the manufacturing life cycle. Managing.

Working within a team to develop, validate, and implement 5-axis grinding / milling technology for automated production of knee components from CoCr Investment castings. Activities included assessing and sculpting the technology to fit our requirements along with members of the team, learning and refining the CNC programming strategies, identifying and.

Responsible for developing machining processes for custom orthopedic implants for joint arthroplasty and made to order custom instruments. Creation of CNC programs, tool and fixture designs, and documentation for one-off production of extremely complex FDA class II and III devices. Working closely with highly talented and skilled machinists to build their.

Designing machining processes and fixturing for the manufacture of orthopedic knee, hip, and spinal instruments. Programming multi-axis vertical and horizontal machining centers using Unigraphics CAD/CAM, wire EDMs, and multi-axis swiss-type lathes. Creating and managing shop floor and engineering documentation as mandated by FDA regulations.

Production of titanium bone screws, pedicle screws, stainless steel alloy instrument components, and cranial perforator / neurological components. Set-up and operation of swiss-type (Citizen) CNC lathes including: inspection, program editing, material handling, and machine troubleshooting.

Bachelor Of Science, Mechanical Engineering Technology

Precision Machining