3D Printing Training Solutions

Technical Training for Industrial 3D Printing Systems

AW Miller’s 3D printer training programs and additive manufacturing courses are designed to build technical proficiency and expand in-house capabilities across a range of experience levels. These programs provide structured, hands-on instruction aligned with current industrial 3D printing practices and real-world manufacturing requirements.

 

As additive manufacturing continues to influence product development, supply chain strategies, and production workflows, technical competency has become increasingly critical. AW Miller’s training offerings support both individuals and teams in the effective adoption and application of 3D printing technologies, covering foundational operation, material selection, process optimization, and advanced design and production methodologies.

Additive manufacturing training

3D Training Courses

AW Miller’s training programs offer flexible and comprehensive content suited for various experience levels:

  • Overview of major 3D printing technologies (DMP, SLS, SLA, CFF, and more)
  • Understanding machine operation and workflow basics
  • Focused on foundational skills used in modern additive manufacturing programs

Length of time to complete: 1/2 Day

Cost: $200 per person

  • Material selection and part orientation
  • Design strategies that improve performance and reduce print time
  • Practical CAD/AM design considerations for production

Length of time to complete: 1 Day

Cost: $400 per person

  • In‑depth focus on metal AM workflows and machine usage
  • Best practices for metal part success and post‑processing techniques

Length of time to complete: 1 Day

  • High‑level overview of additive manufacturing’s impact on operations
  • Strategic decision support for investment in AM technologies

Length of time to complete: 1/2 Day

Benefits of Our 3D Printing Courses

AW Miller’s 3D printing training programs are developed with a strong emphasis on industry relevance and applied learning. Instruction is structured to reflect real-world manufacturing environments and current additive manufacturing practices, ensuring technical concepts translate directly to production use cases.

 

Key program attributes include:

  • Hands-on instruction using industrial 3D printing systems and production-representative parts
  • Customized training delivered onsite to support team-based learning and facility-specific workflows
  • Broad applicability across industries including aerospace, automotive, medical devices, and industrial equipment
  • Curriculum aligned with current industry standards, emerging technologies, and best practices

 

Collectively, these programs prepare participants to contribute effectively to additive manufacturing initiatives and support career development in additive production, design, and engineering disciplines.

Why 3D Printing Education Matters

3D printing education provides participants with a comprehensive understanding of both the theoretical principles and practical application of additive manufacturing technologies. Through structured coursework, professionals develop the technical skills required to effectively implement and support additive manufacturing within engineering and production environments.

 

Key learning outcomes include:

  • Selecting appropriate materials and additive processes based on functional and performance requirements
  • Optimizing part design for additive manufacturing to improve print quality and production efficiency
  • Reducing prototyping and production lead times through improved process understanding
  • Troubleshooting common hardware, software, and workflow-related issues
  • Supporting operational decision-making and the integration of additive technologies into existing manufacturing systems

 

As additive manufacturing continues to transition from prototyping to production-focused workflows, formal training has become an increasingly important component for organizations seeking to remain competitive.

Additive manufacturing training