Selective Laser Sintering (SLS) Machines Operator & Technician Training
Pertecnica Engineering provides specialized training for Selective Laser Sintering (SLS) Machines, focusing on operator and technician-level skills for manufacturing functional nylon parts. SLS technology, a key additive manufacturing method, uses laser sintering of powdered materials to create strong, durable, and precise functional components. This training is designed to deliver hands-on, industry-relevant skills that enable participants to operate, maintain, and troubleshoot SLS machines efficiently in modern manufacturing environments.
Top 6 Industries Using SLS Technology
- Automotive – Production of lightweight functional components, custom jigs, and fixtures.
- Aerospace – High-strength, heat-resistant prototype and end-use parts.
- Medical & Healthcare – Durable medical devices, prosthetics, and surgical tools.
- Consumer Electronics – Functional housings, mechanical assemblies, and ergonomic parts.
- Industrial Engineering – End-use nylon components, spare parts, and tooling.
- Robotics & Automation – Custom functional components for robotic systems and assembly lines.
Operator Training Coverage
Participants will gain practical skills in:
- Powder handling and material preparation
- Machine setup, calibration, and build file preparation
- Sintering process monitoring and optimization
- Post-processing of nylon parts: depowdering, finishing, and quality checks
- Safety protocols and preventive maintenance
Operational Challenges & Handling
Operators will learn to address common issues such as:
- Powder handling and contamination prevention
- Print defects and warping control
- Laser power calibration and alignment
- Efficient troubleshooting of routine operational errors
Who Can Join This Training
Ideal for:
- SLS machine operators
- Technicians in additive manufacturing
- Production engineers seeking practical skill upgrades
- Professionals working in functional prototype and end-use part manufacturing
Training Outcomes
After completing the program, participants will be able to:
- Operate SLS machines to produce high-quality functional nylon parts
- Perform routine maintenance and troubleshoot operational challenges
- Apply practical knowledge for industrial prototyping and production
- Enhance career opportunities in additive manufacturing
5-Day Course Curriculum
Day 1: Introduction & Applications
- Overview of SLS technology
- Key industrial applications of functional nylon parts
Day 2: Machine Components & System Understanding
- Main parts of SLS machines
- Powder types, laser systems, and build chambers
- Safety protocols and handling best practices
Day 3: Machine Operation & CNC Basics (if applicable)
- Machine setup and calibration
- Build file preparation and slicing
- Operating SLS machines for functional part manufacturing
Day 4: Practical Training
- Hands-on SLS operation and build monitoring
- Post-processing: depowdering, finishing, and quality control
- Managing print errors and optimizing process parameters
Day 5: Maintenance & Troubleshooting
- Routine cleaning and preventive maintenance
- Identifying and resolving common operational issues
- Best practices for long-term machine efficiency
Why Pertecnica Engineering
- Industry-Relevant Training: Emphasis on functional nylon part production in real industrial scenarios.
- Hands-On Practical Approach: Extensive lab sessions for skill mastery.
- Expert Trainers: Learn from additive manufacturing professionals with practical industry experience.
- Career-Focused Outcomes: Equip participants with employable skills and operational readiness.