Laser Micromachining Systems

MicroMake 532 Plus Laser Micromachining System 10kW

MicroMake 532 Plus Laser Micromachining System 10kW

The MicroMake Laser Micromachining System by Bright System is a cutting-edge solution engineered for precise and versatile microprocessing applications. With over 20 years of expertise in laser technology, this ...

Sold by: RPMC Lasers, Inc. Ships from: United States
Specifications
Materials: Metals, Thermoset Plastics, Thermoplastics, Polimers, Ceramics, Glass
Laser Type: DPSS (Nd:YAG)
Laser Wavelength: 532 nm (green)
Laser Output Power: Not Specified
Laser Safety: Not classified
MicroMake 266 Plus Laser Micromachining System

MicroMake 266 Plus Laser Micromachining System

The MicroMake 266 Laser Micromachining System by Bright System offers a comprehensive solution for high-precision microprocessing tasks. Engineered with a compact and integrated design, it encompasses all essential ...

Sold by: RPMC Lasers, Inc. Ships from: United States
Specifications
Materials: Metals, Thermoset Plastics, Thermoplastics, Polimers, Textile, Wood, Paper, Stones, Ceramics, Glass
Laser Type: DPSS (Other)
Laser Wavelength: 266 nm (Deep UV)
Laser Output Power: 7000 W
Laser Safety: Not classified
C Series Robust Full Production System

C Series Robust Full Production System

Having spent over 40 years working with lasers and laser technology we wanted to design a robust production tool for our customers that we would use ourselves.  On that basis the C Series was ...

Sold by: Oxford Lasers Ships from: United Kingdom
Specifications
Materials: Metals
Laser Type: DPSS (Other)
Laser Wavelength: 355 nm (UV)
Laser Output Power: Not Specified
Laser Safety: Class 1
A Series Compact Laser Micro-Machining System

A Series Compact Laser Micro-Machining System

The most compact platform in the Oxford Lasers portfolio, the A-Series was designed as an entry level turnkey laser micromachining tool. Used primarily for process development and R&D, the A-Series with its ...

Sold by: Oxford Lasers Ships from: United Kingdom
Specifications
Materials: Metals, Ceramics
Laser Type: DPSS (Nd:YAG)
Laser Wavelength: 355 nm (UV)
Laser Output Power: Not Specified
Laser Safety: Class 1
MicroMake 532 Laser Micromachining System 40kW

MicroMake 532 Laser Micromachining System 40kW

The MicroMake Laser Micromachining System by Bright System is a cutting-edge solution engineered for precise and versatile microprocessing applications. With over 20 years of expertise in laser technology, this ...

Sold by: RPMC Lasers, Inc. Ships from: United States
Specifications
Materials: Metals, Thermoset Plastics, Thermoplastics, Polimers, Ceramics, Glass
Laser Type: DPSS (Nd:YAG)
Laser Wavelength: 532 nm (green)
Laser Output Power: 40000 W
Laser Safety: Not classified
MicroMake 266 Laser Micromachining System

MicroMake 266 Laser Micromachining System

The MicroMake Laser Micromachining System from Bright System is a cutting-edge solution for high-precision laser microprocessing tasks. This compact and integrated unit offers live imaging of processed samples ...

Sold by: RPMC Lasers, Inc. Ships from: United States
Specifications
Materials: Metals, Thermoset Plastics, Thermoplastics, Polimers, Textile, Wood, Paper, Stones, Ceramics, Glass
Laser Type: DPSS (Other)
Laser Wavelength: 266 nm (Deep UV)
Laser Output Power: 700 W
Laser Safety: Not classified
J Series High Power Multiwavelength Laser Micromachining System

J Series High Power Multiwavelength Laser Micromachining System

A tool of ultimate precision, the J Series platform is the largest of our laser micromachining platforms.Designed to be proficient in technically challenging applications, from machining transparent materials to ...

Sold by: Oxford Lasers Ships from: United Kingdom
Specifications
Materials: Metals
Laser Type: DPSS (Other)
Laser Wavelength: 325 nm (UV), 351 nm (UV), 355 nm (UV), 527 nm (green), 532 nm (green), 800 nm (near IR), 810 nm (near IR), 1054 nm (IR), 1064 nm (IR), 1070 nm (IR), 10.6 um (IR)
Laser Output Power: Not Specified
Laser Safety: Class 1

Did You Know?

Laser Micromachining Systems are a special class of laser material processing instruments designed for subtractive manufacturing. These machines allow precise removal of material from a surface of an object. The micromachining process is characterized by micrometer and often nanometer level resolution allowing controlled removal of layers of material to achieve the desired final product. Laser micromachining is often used for processing, metal, ceramic, glass and plastic objects. Advances in pulsed laser technologies including ultrafast (femtosecond and picosecond) laser systems lend themselves to utilization in state-of-the art laser micromachining systems enabling such advanced applications as micro-drilling high aspect-ration micro holes, engraving microchannels in microfluidic devices and controlled surface treatment on various materials to achieve special thermal and optical properties. Laser micromachining platforms are becoming increasingly commonplace with applications in biomedical device manufacturing, photovoltaics, nanomaterials, and other advanced high-technology domains. Many laser micromachining systems are custom built and allow configuration and outfitting with a desired laser source.

Frequently Asked Questions

Laser micromachining is a subtractive manufacturing process that utilizes precisely controlled laser beams to selectively remove material from an object with microscopic and often with nanometer level precision. The material is removed by the energy deposited by the laser pulses. While the mechanism of interaction of laser pulses with the matter can be thermal in some cases (mindful of the ultrafast laser) the interaction mechanism can be a lot more complex.

Brief Introduction to Laser Micromachining Systems

Laser micromachining systems have become pivotal in the advancement of high-precision manufacturing, enabling the creation of intricate micro-scale features across a diverse array of materials. Employing focused laser beams, these systems facilitate the precise removal or modification of material, making them indispensable in industries that demand exacting standards and miniaturization.

A key advantage of laser micromachining lies in its ability to process a wide range of materials with exceptional accuracy. From metals and polymers to ceramics and glass, the non-contact nature of laser processing ensures minimal mechanical stress and preserves the integrity of delicate substrates. This versatility allows for the fabrication of complex geometries and fine features that are often unattainable through conventional machining methods.

The precision offered by laser micromachining is particularly beneficial in the medical device industry. Manufacturers utilize this technology to produce components such as stents, catheters, and microfluidic devices, where exact dimensions and smooth finishes are critical for functionality and patient safety. The ability to create micro-holes, slots, and intricate patterns with sub-micron tolerances enhances the performance and reliability of these medical instruments.

In the electronics sector, the demand for miniaturized components has led to the widespread adoption of laser micromachining. The technology enables the precise cutting, drilling, and patterning of printed circuit boards (PCBs), semiconductors, and microelectromechanical systems (MEMS). This precision is essential for ensuring the performance and longevity of electronic devices, especially as they become increasingly compact and complex.

The aerospace and automotive industries also benefit from laser micromachining's capabilities. The technology facilitates the production of lightweight, high-strength components by accurately machining advanced materials like titanium and carbon fiber composites. This precision contributes to improved fuel efficiency and performance in vehicles and aircraft, aligning with industry goals for sustainability and innovation.

Advancements in laser technology, such as the development of ultrafast femtosecond lasers, have further enhanced micromachining capabilities. These lasers emit extremely short pulses that minimize heat-affected zones, reducing thermal distortion and enabling the processing of heat-sensitive materials. The result is cleaner cuts, smoother surfaces, and the ability to machine features with nanometer-scale precision.

Moreover, laser micromachining systems are increasingly integrated with automation and real-time process monitoring. This integration ensures consistent quality, reduces the need for manual intervention, and allows for rapid prototyping and production scalability. The combination of precision, efficiency, and adaptability makes laser micromachining a vital tool in modern manufacturing environments.

In summary, laser micromachining systems offer unparalleled precision and versatility, enabling the production of complex micro-scale components across various industries. Their ability to process a wide range of materials with minimal thermal impact and high repeatability positions them as essential assets in the pursuit of innovation and excellence in manufacturing.