Director, Manufacturing Engineering

Light Force is leading the digital transformation of orthodontics. Our fully digital, 3D-printed platform replaces traditional stock brackets with fully customized, patient-specific brackets paired with AI-driven treatment planning — giving orthodontists more predictable outcomes and patients a better experience. We're pushing the boundaries of what's possible in personalized care, and we're just getting started. Learn more at

The Director, Manufacturing Engineering will lead the engineering of Light Force's manufacturing system—owning manufacturing and process engineering, equipment, process development and validation, and NPI/industrialization, with automation as a key lever for scaling throughput and reducing labor dependence. This leader will build the technical capabilities required to improve process capability, yield, throughput, reliability and cost as Light Force scales its patient-specific manufacturing platform.

Own the Manufacturing Technology & Process Roadmap

• Develop and execute the manufacturing technology and process roadmap required to support future volume, quality, reliability, productivity and gross-margin objectives.
• Identify and remove technical constraints to capacity, emphasizing process capability, equipment, automation and engineering solutions rather than continued dependence on labor.

Drive Continuous Improvement & Process Engineering

• Apply Lean, DOE, statistical methods and structured problem solving to improve process capability, yield, cycle time, throughput, equipment effectiveness and cost.
• Establish robust manufacturing processes, process specifications, control plans and technical work standards in partnership with Production and Quality.

Own Manufacturing Automation & Equipment

• Drive the automation, tooling and equipment — including robotics, vision and fixturing — that reduce labor dependence and improve throughput, quality and scalability, partnering with Automation/Equipment Engineering, Program Management and outside integrators on complex builds.
• Make thoughtful make/buy/partner calls on automation and equipment investment, balancing near-term production needs against longer-term technical capability.

Lead New Product Introduction (NPI)

• Own the manufacturing side of NPI and design transfer, partnering with Engineering and Quality to ensure new products and process changes are manufacturable, validated and ready for reliable commercial scale.
• Collaborate with senior leaders to develop manufacturing plans, schedules and objectives, ensuring alignment with product designs, equipment capabilities, quality standards and cost targets.

Build the Organization

• Build and develop a strong Manufacturing Engineering organization spanning process engineering, NPI/industrialization and equipment engineering.
• Manage departmental staffing, project assignments and external consulting/vendor resources to meet aggressive project deadlines.

Ensure Safety, Quality & Compliance

• Partner with the Facilities team to ensure manufacturing processes, equipment and products strictly comply with safety requirements (OSHA), environmental standards and ISO/industry quality standards.
• Partner with Quality to ensure manufacturing processes and equipment meet applicable regulatory and quality requirements, including risk management, process validation, pFMEA and process controls.

• Bachelor of Science (B.S.) in Mechanical, Manufacturing, Electrical, Industrial Engineering, or a related technical discipline (Master's degree or MBA preferred).
• 10+ years of progressive engineering experience in a complex manufacturing environment, including 5+ years in a direct leadership/people-management role.
• Proven ability to direct departmental strategies, manage resources, and lead complex engineering, CAPEX, and NPI initiatives in cross-functional collaboration with Hardware, Quality, and Operations.
• Comprehensive background in engineering, tooling, modeling, and design reviews.
• Deep expertise in Lean, Six Sigma, cycle-time optimization, yield improvement, and establishing standardized workflows and process controls.
• Technical mastery in root-cause failure analysis, defect…