Getting Started with 3D Printing Training Course

This guided, live instructional session provided US (via remote connection or in person) is intended for individuals with beginner to advanced proficiency in three-dimensional design and additive manufacturing who seek to utilize Fusion 360 for modeling, simulation, and print preparation. This curriculum is designed to support professional development needs for government.

Upon completion of this training, attendees will demonstrate the following competencies:

• Install and configure Fusion 360 to ensure optimal operational efficiency.
• Create, model, and simulate three-dimensional components within an integrated platform.
• Refine and ready digital assets for fabrication through three-dimensional printing workflows.
• Facilitate collaboration and distribution of design data leveraging the cloud-based infrastructure of Fusion 360.

This instructor-led, live training delivered in US (via online or onsite formats) is designed for entry-level 3D printer technicians seeking to mitigate common operational errors and execute essential maintenance procedures. This program is specifically structured for government audiences to enhance technical proficiency and equipment reliability.

Upon completion of this training, participants will be equipped to:

• Demonstrate knowledge of the components and technologies underlying 3D printing systems.
• Recognize and mitigate frequent operational errors in 3D printing processes.
• Execute routine maintenance tasks for 3D printer equipment.
• Utilize systematic troubleshooting methods to resolve printing anomalies.

This instructor-led, live training session in Colombia (available online or onsite) is designed for production operators and technicians who seek to utilize the FLSUN V400 delta 3D printer to manufacture reliable components, covering all aspects from initial setup to daily operational procedures for government applications.

This instructor-led, live training offered in Colombia (available online or onsite) is designed for production operators and maintenance technicians who seek to utilize the FLSUN V400 delta 3D printer for producing dependable components and independently diagnosing and resolving common equipment issues. This program is tailored for government and public sector professionals seeking specialized technical skills for government operations.

This guided, live instructional program, available via US in either remote or on-premises formats, is designed for intermediate-level professionals engaged in 3D printing who seek to enhance the QIDI TECH X-CF Pro for advanced material processing. These resources are developed for government agencies and other public sector entities requiring specialized technical proficiency.

Upon completion of this curriculum, participants will demonstrate competency in the following areas:

• Configuring and calibrating the QIDI TECH X-CF Pro 3D Printer to ensure peak operational efficiency.
• Analyzing the characteristics and practical applications of carbon fiber and nylon filaments.
• Adjusting slicing parameters to facilitate complex 3D printing operations.
• Recognizing and resolving frequent operational anomalies.

Wire Arc Additive Manufacturing (WAAM) represents a sophisticated approach to three-dimensional metal fabrication, synthesizing arc welding techniques with precision motion control systems.

This instructor-led live training, available via online or onsite delivery, targets automation specialists ranging from entry-level to intermediate proficiency. The curriculum focuses on programming FANUC welding robots and integrating them with HAAS CNC machinery to establish a hybrid WAAM metal printing workflow tailored for government operations.

Upon completion of this program, participants will be equipped to:

• Demonstrate a comprehensive understanding of WAAM principles and their operational applications.
• Program and simulate FANUC robotic units for arc welding deposition tasks.
• Synchronize HAAS CNC worktables with designated robotic trajectories.
• Construct integrated workflows that combine robotic and computer numerical control motions.

Course Structure

• Facilitated interactive lectures and technical discussions.
• Practical application exercises utilizing simulation software.
• Demonstrations conducted in a live-lab setting or via equipment showcase, subject to availability.

Training Customization Opportunities

• To arrange personalized instruction aligned with specific machinery configurations or process objectives, please contact our administration to schedule arrangements.