English

Snapmaker introduces new 20W and 40W laser modules

331
2023-08-04 16:51:00
See translation

Snapmaker has opened pre-orders for 20W and 40W laser modules, which are significant upgrades to the modules available on existing Snapmaker machines.

Snapmaker says that with the 40W module installed, you will be able to cut 15 mm basswood plywood at a time at a speed of 20 mm/SEC. With 20W, you will cut 10mm at a rate of 10mm/SEC. That's a lot more than Artisan and Snapmaker 2.0 - both are compatible with the new modules and have 1.6W and 10W modules, respectively. The only thing to note is that it doesn't have a camera like those found on 10W devices.

 

Power and speed are not the only focus here. Both modules have "smart" air assist features that help keep the laser lens clean and blow away smoke to prevent burning. Users can control this feature through Snapmaker's free and open source CAM software Luban. This will allow them to apply air assistance only to the cutting layer of the part being cut and sculpted, as well as access a range of laser material profiles.

 

In addition, the "focus stick" makes laser calibration easier, and the user can release this lever and manually move the tool head down until the lever touches the material. Snapmaker also has an autofocus setting on the machine that runs according to material thickness. Even better is the laser safety shield as well as orientation detection, which uses a gyroscope sensor to ensure the module is properly installed and kept in place.

 

Given that the new laser is compatible with Snapmaker's older machine, Snapmer 2.0, the manufacturer's dedication to modularity and ongoing support is notable. Snapmaker 2.0 is now more than four years old, which is a commendable support time from a consumer perspective. In addition to 2.0 and Snapmaker Artisan, these modules are also compatible with the Snapmaker Ray series, Ray laser engravers and cutters, and a variety of other modules for OEM machines.

 

Snapmaker's laser module is available for pre-order on the Snapmaker website, with discounted prices currently down to $499 for the 20W version and $899 for the 40W version. Anyone who buys Snapmaker 2.0 or Artisan before July 24 will get an extra 10% off. Depending on the item you ordered, the expected delivery time is between late October and late December.

 

Source: Laser Network

Related Recommendations
  • Stuttgart University researchers develop a new high-power 3D printed micro optical device for compact lasers

    Researchers from the Fourth Institute of Physics at the University of Stuttgart have demonstrated the feasibility of 3D printed polymer based micro optical devices in harsh laser environments.This study was detailed in the Journal of Optics, outlining the use of 3D printing technology to directly manufacture microscale optical devices on fibers, seamlessly integrating fibers and laser crystals int...

    2024-01-09
    See translation
  • Multinational research team achieves breakthrough in diamond Raman laser oscillator

    Recently, the team led by Professor Lv Zhiwei and Professor Bai Zhenxu from Hebei University of Technology, in collaboration with Professor Richard Mildren from Macquarie University in Australia and Professor Takashige Omatsu from Chiba University in Japan, successfully achieved direct output of Raman vortex optical rotation with large wavelength extension in a diamond Raman laser oscillator. This...

    02-27
    See translation
  • Edmund Optics acquisition son-x

    Recently, globally renowned optical component manufacturer Edmund Optics announced that the company has acquired ultrasonic assisted systems and high-precision optical manufacturer son-x.Edmund Optics, as a leader in optical technology solutions, has been serving various fields such as life sciences, biomedicine, industrial testing, semiconductors, and laser processing since its establishment in 1...

    01-22
    See translation
  • The Science Island team has made breakthroughs in high pulse energy mid infrared fiber transmission

    Recently, the Jiang Haihe Research Group of the Health Institute of the Chinese Academy of Sciences Hefei Institute of Materia Medica made important progress in the research of the high-energy pulsed laser transmission system in the mid infrared band, and designed a 78 μ The 6-hole microstructure anti resonant hollow core fiber (AR-HCF) with a larger core diameter achieved efficient transmissio...

    2024-03-23
    See translation
  • French laser giant's profits decline, laser radar business restructuring

    Recently, Marvel Fusion, a pioneer in the field of laser fusion, successfully raised 62.8 million euros (approximately 70.3 million US dollars) in funding. This funding will provide strong impetus for its fusion technology demonstration on existing laser equipment and accelerate the comprehensive technology validation process at its facility in Colorado, with the goal of achieving this milestone b...

    2024-10-09
    See translation