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Description About Us: Burloak Technologies is a leader in the additive manufacturing industry and provides engineering services for additive manufacturing, materials development, high precision CNC machining and metrology. Burloak Technologies works with the most innovative companies in the space, aerospace, automotive and industrial markets to rapidly transition their most challenging part designs to be additively manufactured at scale. Position Summary: The Deburring Technician is responsible for safely and efficiently performing deburring, support removal, surface finishing, and post-processing activities on additively manufactured metal components to ensure they meet engineering specifications and quality standards. Working with a variety of hand tools, mechanical finishing equipment, and precision measuring instruments, this role inspects components for dimensional accuracy and surface quality while maintaining detailed production documentation. The Deburring Technician collaborates closely with Manufacturing, Engineering, CNC Machining, and Quality teams to support efficient production flow, identify process improvements, and ensure parts are ready for the next stage of manufacturing. This role plays a critical part in delivering high-quality components for the aerospace, space, automotive, and industrial sectors while maintaining a strong commitment to safety, quality, and continuous improvement. Key Responsibilities: Deburring and Post-Processing Utilize hand tools including files, grinders, and deburring knives to remove burrs and sharp edges from additively manufactured metal components in materials such as aluminum, titanium, steel, and nickel-based alloys. Operate mechanical deburring equipment including blasters, vibratory finishers, and grinding machines to smooth and polish component surfaces to required specifications. Remove support structures from additively manufactured parts in accordance with work instructions and engineering requirements, ensuring components are not damaged during the process. Select and apply appropriate deburring techniques based on part geometry, material type, and specified surface finish requirements. Inspection and Quality Assurance Conduct dimensional inspections using calipers, micrometers, and gauges to verify that parts meet specified tolerances following deburring and post-processing. Perform visual inspections to identify burrs, sharp edges, surface defects, and non-conformances using magnifying tools or microscopes as required. Ensure all deburring processes meet the company’s quality standards and specifications prior to releasing parts for the next stage of production. Identify and escalate non-conformances or quality concerns to the quality control team in a timely and accurate manner. Documentation and Reporting Accurately document all deburring activities, inspection results, and corrective actions in accordance with company guidelines and quality requirements. Maintain detailed records of deburring processes, including methods used, tools applied, and any part-specific observations or corrective actions taken. Communicate effectively with quality control and production teams to provide timely status updates on parts and report any issues encountered during processing. Tool and Equipment Maintenance Regularly clean and maintain deburring tools and equipment to ensure optimal performance, accuracy, and longevity. Identify and report equipment performance issues or maintenance needs promptly to prevent disruptions to production output. Organize and maintain a clean, orderly workspace that reflects the expectations of an advanced manufacturing operation. Safety and Compliance Adhere to all workplace safety protocols at all times, including the proper use of personal protective equipment such as gloves, safety glasses, and hearing protection. Follow all company policies and procedures, including attendance, workplace behaviour, and operational protocols. Identify potential safety hazards and report concerns promptly to supervisors to maintain a safe working environment for all team members. Team Coordination and Process Improvement Work closely with CNC machinists, 3D printing technicians, and quality control inspectors to ensure seamless production workflow and consistently high-quality output. Collaborate with engineering and production teams to troubleshoot and resolve issues related to burrs, surface finishes, and post-processing challenges. Identify and suggest improvements to deburring processes to enhance efficiency, quality, and safety across the production area. Professional Attributes and Team Contribution Contribute positively to a collaborative team environment by sharing observations, supporting colleagues, and maintaining a respectful and professional attitude on the shop floor. Communicate clearly and promptly with team members, supervisors, and cross-functional partners regarding part status, process issues, and production priorities. Demonstrate accountability for the quality and accuracy of completed work, taking ownership of assigned tasks through to completion. Maintain focus and composure during periods of high production demand, approaching challenges in a calm, solution-oriented manner. Adhere consistently to established standards for workmanship, safety, and documentation, and encourage the same standards in those around them. Embrace a mindset of continuous improvement by actively seeking to develop technical skills, learn new processes, and contribute to the efficiency and effectiveness of the deburring area. Requirements Technical Skills & Experience Hands-on experience in deburring, polishing, grinding, and sanding using a variety of hand and power tools. Demonstrated proficiency in the use of mechanical deburring equipment including blasters, vibratory finishers, and grinding machines. Experience interpreting engineering drawings and technical documents to understand part specifications, tolerances, and surface finish requirements. Proficiency with basic manual measurement tools including vernier calipers, micrometers, and gauges. Ability to perform dimensional and visual inspections to verify conformance to specification. Familiarity with additively manufactured metal parts and the post-processing requirements of materials such as aluminum, titanium, steel, and nickel-based alloys is considered an asset. Strong attention to detail with a consistent commitment to producing work that meets quality standards on first pass. Demonstrated commitment to safety, including the ability to identify risks, address hazards promptly, and apply correct PPE at all times. Self-motivated and able to work effectively in a dynamic, team-oriented production environment. Good communication and interpersonal skills with the ability to collaborate across functions and report clearly on part status and process issues. Ability to lift up to 50 lbs as required by the role. Industry & Material Knowledge Experience in a precision manufacturing or advanced manufacturing environment is preferred. Familiarity with quality management systems and documentation practices in a production setting. Exposure to aerospace, medical, or defense manufacturing environments is considered an asset. Understanding of post-processing considerations for additively manufactured components, including support removal, surface treatment, and dimensional verification. Education and Professional Attributes A secondary school diploma or equivalent is required; a certificate or diploma in a relevant manufacturing or technical trade is considered an asset. Equivalent hands-on manufacturing experience will be highly valued, particularly where it demonstrates strong ownership, accuracy, and attention to detail. Demonstrates strong manual dexterity and the ability to maintain consistent precision throughout physically demanding, repetitive tasks. Manages time and workload effectively within a fast-paced, deadline-driven production environment. A diligent and reliable contributor who takes pride in the quality of their work and consistently upholds production and safety standards. Approaches challenges with a practical, problem-solving mindset and is willing to seek guidance or escalate issues when needed. A dependable team member who communicates clearly, follows established procedures, and supports a disciplined, well-organized production area. Pay Range: The expected base hourly rate for this position is between $20.04 - $25.05. Actual compensation will be determined based on the successful candidate's skills, experience, education, and qualifications. Other Information: This posting reflects an existing vacancy in accordance with applicable Ontario employment legislation.

What you’ll do

The Deburring Technician performs post-processing activities on additively manufactured metal components, including deburring, support removal, and surface finishing. They are also responsible for conducting dimensional inspections and maintaining detailed production documentation to ensure quality standards are met.

Requirements

Candidates must have hands-on experience with deburring, polishing, and grinding tools, as well as proficiency in interpreting engineering drawings. A secondary school diploma is required, and the ability to lift up to 50 lbs is necessary for the role.

Listed skills

• Technical Documentation · Preferred
• Quality assurance · Preferred

Other relevant skills

Identified from the job description. Confirm important requirements above.

• Deburring
• Support removal
• Surface finishing
• CNC machining
• Metrology
• Additive manufacturing
• Mechanical finishing
• Dimensional inspection
• Calipers
• Micrometers
• Technical documentation
• Quality assurance
• Hand tools
• Power tools
• Metal fabrication
• Safety protocols
• Hand Tools
• CNC Machining
• Vernier Calipers
• Engineering Plans And Specifications
• Power Tool Operation
• Composure
• Equipment Maintenance
• Professionalism
• Accountability
• Workflow Management
• Precision Measuring Instruments
• Ability To Meet Deadlines
• Lifting Ability
• Solution-Oriented
• Self-Motivation
• Quality Management Systems
• Additive Manufacturing (3D Printing)
• Advanced Manufacturing
• Polishing
• Computer Numerical Control (CNC)
• Communication
• Continuous Improvement Process
• Development Environment
• Employment Protection Legislation
• Engineering Drawings
• Grinding
• Geometry
• Grinding Machine
• Leadership
• Innovation
• Interpersonal Communications
• Problem Solving
• Fine Motor Skills
• Manufacturing Engineering

Job areas

• Manufacturing
• Engineering
• Trades
• Deburr Technician
• Grinder / Sharpener
• Metal Polishers, Wheel Grinders and Tool Sharpeners
• Grinding, Lapping, Polishing, and Buffing Machine Tool Setters, Operators, and Tenders, Metal and Plastic