BHARAT FRITZ WERNER Group announces the launch of India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations – THE PHOTON 1000H and the PHOTON 1000R - powered by the Meltio ENGINE.
The launch event was blessed with dignitaries like Dr. Ashwathnarayan C N Minister of Higher Education, IT, BT, Science and Technology and Skill Development, Entrepreneurship and Livelihood, Dr. V. K. Saraswat, Member NITI Aayog Official and Chancellor, Jawaharlal Nehru University, Mr Jaspreet Sidhu, CEO, National Centre for Additive Manufacturing (NCAM), Mr. Parasuraman T. R, President & Whole-time Director, Toyota Industries Engine India Pvt. Ltd, Dr. S Devarajan, Senior Vice President, TVS Motor Company, Mr. Brian Matthews CTO, MELTIO, MD, Meltio, USA. Along with Shri. Mohan M, Outstanding Scientist and Deputy Director Vikram Sarabhai Space Centre,Isro , Trivandrum.
Reference Links:
- 1. BFW launches India's first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 2. BFW launches India's first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 3. BFW launches India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 5. BFW launches India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 6. BFW launches India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 7. BFW launches India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 8. BFW launches India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations
- 9. BFW launches India’s first commercially available Laser-Directed-Energy-Deposition (L-DED) machines with Hybrid and Robotic configurations