Laser 3D Printing

Materials are added to create the finished product, rather than removed such as in subtractive manufacturing (milling or turning for example). The laser additive manufacturing(aka 3D printing )process provides an incredibly cost-effective and efficient means of producing the finished item and provides a far greater range of possibilities because of the flexibility of the process.

Laser Additive Manufacturing Process

Laser additive manufacturing processesis growing rapidly. These processes are based on the melting of a substrate by a laser beam and then adding material to the melt pool. The final result is a deposited material in a very localized area.
Popular Laser Additive Manufacturing Industiral Uses & Applications
Application industry: 3 C Electronics (e.g. mobile phone, laptop, Bluetooth headset), food packaging, communication (e.g. cable marking, jumper marking), medical and etc.

JPT's Star Product - M7 Type

1.1-500ns pulse (Customizable) width adjustment range 2.Adjustable range of 1-4000k Hz, at the same time can be higher peak 3.Intelligent fan speed regulation 4.Large single pulse energy 5.Good beam quality 6.The first pulse has a fast response speed and no light leakage (no delay) 7.Good stability Note: The M7 series are powerful models can be customized according to your needs

Request Offer

JPT's Laser Additive Manufacturing Applications by Materials

Why Choose JPT Laser

JPT integrates leading technologies such as laser and optics, test and measurement, motion control and automation, machine vision. The company highly values intellectual property and has applied for more than 530 patents&software copyrights.

Request Offer