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RX-150

High-precision laser cutting system

The RX-150 system is designed for high-precision cutting of metals and semiconductors.

The system works with any metals and alloys up to 3 mm thick.

  • Unique technologies for high-precision processing (cutting, piercing) of thin materials
  • Reliability and minimal operating costs
  • High quality and flexible technology of cutting

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Scope of application

Cutting of graphite

Cutting of graphite

Production of code discs and masks

Production of code discs and masks

Advantages

High precision

A high-precision travel system allows to punch holes with a diameter of 20 microns and create bridges with a width of 50 microns.

Experience
15 years - 4000 machines

Well-tuned design, multifunctional software, time-tested components guarantee long-term uninterrupted operation of equipment even under heavy conditions.

IPG Laser emitter
Laser resource - 100,000 hours

The fiber laser sources have a great resource, do not require maintenance, and do not have consumables.

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System layout options

Standard
Standard

The system consists of a protective enclosure mounted on a rigid structural frame.

The laser radiation is blocked by the enclosure walls and protective glass, ensuring safety of the operator.

The system is controlled by the control PC located on the external movable stand.

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Components and options for RX-150

Granite base
Video monitoring system
Autofocus
Rotary devices
Air exhaust systems
Turntable
Additional equipment
Granite base

The mechanical travel system and the processing optical head are placed on a granite base. Since the granite used for the base has the low coefficient of thermal expansion, we can achieve the highest accuracy of laser cutting.

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Video monitoring system

Used for precise positioning of the workpiece using reference points. It consists of a camera with a macro lens, and a specialized software for displaying images on the PC monitor.

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Autofocus

Provides "tracking" of the surface of the material being processed to ensure that the laser beam stays in focus during laser cutting.

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Rotator

The high-precision rotator can be used to perform laser cutting on cylindrical workpieces, for example for the manufacture of medical stents.

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Air exhaust systems

Air exhaust systems ensure the exhaust of air from the laser processing area and its subsequent purification from combustion products, smoke and odors.

Depending on the model, design and configuration of the laser system, Laser Center could recommend air exhaust systems from ULT (Germany), NEVA, or SovPlym (Russia).

ULT air exhaust systems SovPlym air exhaust systems NEVA air exhaust systems

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Turntable

Used to manually rotate the workpiece continuously through 360° with an accuracy of 1° and then fine-tune with a microscrew within 10° with an accuracy of 0.5'.

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Package for finishing treatment of the products

The technological package for the final cleaning of products includes an ultrasonic bath, and a set of solution recipes for stainless steel and brass products.

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Compressor

CUBE SD 1010-270F ES (or equivalent) helical compressor with a 270 liters or bigger receiver and an air dryer.

Delivers compressed air directly to the cutting area, effectively removing material from the cutting area, which significantly improves the quality of the cut.

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FluentCut software

FluentCut software allows the operator to prepare jobs for cutting, control the system in the process of cutting, and launch tests during setup.

More information

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Completed projects

Electronic components
Educational facilities
RMT, Moscow

RMT is one of the 10 largest manufacturers of thermoelectric micro-cooling products in the world.

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Svetlana-Elektronpribor JSC , St. Petersburg

This subsidiary of  Svetlana JSC develops and mass-produces radio-electronic devices.

АО Светлана-Электронприбор, Санкт-Петербург
Ural Federal University

The RX unit is operated at the Regional Engineering Center (RIC) for laser and additive technologies at the Ural Federal University (UrFU).

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College of Communications No. 54, Moscow

The RX system is used to teach laser technology to students and prepare them for World Skills.

In 2019, a representative of the College of Communications took 1st place at the world championship in Kazan!

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Videos of laser processing using RX-150 systems

Additional videos of RX:

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