Our Services

Training

Additive Manufacturing Training and Consultancy Service

Our additive manufacturing training, crafted by experts, provides hands-on learning from fundamentals to advanced techniques like design optimization, material selection, and production processes. Participants gain practical insights through workshops, equipping them for success in additive manufacturing among industries.

Training

Engineering Trainings

Our Engineering Training, designed by industry experts, covers fundamental principles, advanced techniques, and practical applications in additive manufacturing. Through hands-on workshops, participants gain the knowledge and skills needed to excel in this field and apply it for innovative engineering solutions.

  • LMD Process
  • Design for AM
  • L-PBF Process
  • WAAM Process
Engineering Trainings

Operator Trainings

Our Operator Training efficiently equip individuals and businesses with the skills for additive manufacturing system operation, covering set-up, maintenance, troubleshooting, and optimization. This hands-on training ensures confident management of 3D printing equipment, enhancing productivity and operations.

  • L-PBF (Laser Powder Bed Fusion)
  • WAAM (Wire Arc Additive Manufacturing)
  • LMD (Laser Metal Deposition)
Operator Trainings

On Demand Trainings

Our On-Demand Training provides flexible and customized learning for additive manufacturing. Tailored to individual needs, it covers basic to advanced topics, offering a convenient way to acquire expertise at your own pace. With interactive resources and expert guidance, you can access additive manufacturing knowledge precisely when and where you need it.

On Demand Trainings

Consultancy

Our Consultancy Service offers personalized guidance and expertise in additive manufacturing. Experienced consultants provide tailored advice on design, materials, and processes to empower you to make informed decisions and achieve your goals in the dynamic field of 3D printing.

Consultancy

Design Metal AM Parts for PBF Processes

Our training, 'Design Metal AM Parts for PBF Processes,' imparts expertise in optimizing designs for metal additive manufacturing with PBF. Participants gain practical insights and hands-on experience, focusing on structural integrity, performance, and efficiency to create superior metal AM parts.

Design Metal AM Parts for PBF Processes

Additive Manufacturing Processes Overview

Our 'Additive Manufacturing Processes Overview Training' covers various techniques like PBF, DED, and SLA, providing a comprehensive understanding. Participants gain practical insights to make informed decisions in additive manufacturing.

Additive Manufacturing Processes Overview

Simulation Analysis

Our 'Simulation Execution Training‘ guides participants in mastering simulation for additive manufacturing, and optimizing designs, materials, and processes. The training includes hands-on exercises for the effective use of simulation tools, improving performance, efficiency, and quality.

Simulation Analysis

Post Processing

Our 'Post Processing Training' led by experts covers techniques such as surface finishing, heat treatment, painting, and assembly in additive manufacturing. Participants acquire practical skills to enhance the functionality, aesthetics, and quality of 3D printed parts, making them stand out.

Post Processing

Simulation Execution

We believe that training is the key to unlocking the full potential of 3D printing. We offer comprehensive training programs for all levels of expertise, from beginner to advanced, to help you get the most out of your additive manufacturing technology. Our training programs cover everything from basic principles to advanced techniques.

Simulation Execution

Relevant principles of PBF Processes for Design

PBF Processes for Design prioritize precision and accuracy in additive manufacturing, with a focus on material selection, Design for Additive Manufacturing (DFAM), and minimizing support structures. Simulation and optimization help optimize designs, while complexity and sustainability are encouraged. The iterative design process enables rapid prototyping and innovation, making PBF a game-changer in various industries.

Relevant principles of PBF Processes for Design