Kern - Micro

The small format MICRO Laser System is an entry level machine with all the same capabilities of the larger systems offered by Kern. The class IV, open bed design gives you the control and ease of use that many enclosed systems lack.

Micro24: 24" x 24" (609mm x 609mm)

Micro48: 24" x 48" (609mm x 1218mm)

Micro is available in a range of power options:
100w, 150w, 200w, 250w, 400w

The X axis has the same high-speed engraving as our HSE model and the Y axis is a moving table that increases the accuracy and speed while cutting. Like all Kern systems the MICRO is a turnkey package including the computer, software and downdraft vacuum system.

Specifications and Compatible Materials

Click the links below to find out more about the Kern Micro specifications and a list of compatible materials.

Kern Micro Specifications

Compatible Materials - CO2 Lasers

Kern Micro Brochure

Laser Comparison Chart

micro TOUR

Check out the video below to get a full tour of the Kern Micro and all it has to offer.


Check out some of the most impressive features of the Kern Micro below.


High-speed servo motors are installed on both axes resulting in smooth cut radiuses, quick acceleration rates and accurate part processing.


Kern’s LightWAVE are pulsed metal cavity CO2 lasers, with exceptional power stability and an ultra-efficient RF design. CO2 lasers from 100-400 watts can be installed on the MICRO model. Kern’s LightWAVE laser sources are made in the USA.


The Micro is built around a precision machined, heavy-duty steel weldment as the machine base. The one piece weldment allows for the machine to arrive fully assembled, greatly reducing installation time.


A vacuum blower package removes fumes and small debris created during laser processing. An integrated downdraft table holds material secure to the table as it is being processed. All hoses and hardware between the laser system and blower are included.


A closed-loop chilling unit properly cools the laser source and beam delivery during operation. This level of temperature control ensures a long laser lifetime and consistent cutting and engraving results.


A high-performance computer and monitor package is included with each system. KCAM laser software, CorelDRAW® and an easy-to-use PDF converter are pre-installed on the computer

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Metal cutting

Kern’s CO2 and Fiber laser systems can be equipped with innovative metal cutting technology. The metal cutting option allows for accurate cutting of sheet metals like stainless steel, mild steel, aluminium, copper and brass.

Check out the video below to get a full tour of the Kern metal cutting option and all it has to offer.

 The Automatic Focusing Height Follower, developed by Kern Laser Systems, is one of the key elements for optimal metal cutting. The cutting nozzle is controlled by a capacitance sensor and z-axis motor. The gap between the metal being cut and the cutting nozzle can adjust until the desired beam focus is obtained. As the cutting process begins, the height follower will track the surface of the metal and adjust the nozzle in the z axis maintaining a constant focus point while the metal is being cut. A protective K-Lens(CO2) or F-Lens(Fiber) is installed inside of the delivery lens assembly. These lenses are a low cost, sacrificial lens which help protect the focusing lenses from reflected laser energy, dust and debris. The metal cutting table is constructed of durable grid work which minimizes the surface contact with the bottom of the metal being cut. The slat file that makes up the grid work is saved onto the computer and replacement slats can be cut on the laser system.

Advanced metal cutting features in the KCAM Laser Software allows for complete control of the metal cutting process. A laser dwell delay is available ensuring the laser pierces through the metal before the motion of the cut begins. The nozzle air pressure can be set independently for the laser dwell, normal laser cutting and jog between parts. The laser’s modulation frequency can be set from 500 – 50,000 Hz to achieve a dross free cut which eliminates the need for a secondary deburring process.

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