Marking laser - Import export

High precision automated laser marking is a process of marking or engraving a material using a high-powered laser beam. This process is widely used in a variety of industries including medical, automotive and smart devices manufacturing. The laser beam can mark materials such as metal, plastic and glass with extreme accuracy and detail down to micron scale. This makes it possible to mark the smallest materials and components.

BRM CO2-lasers are machines that are capable of engraving metals. To be able to do so it is necessary to apply a layer of Cermark or Thermark to the material, this is to hide the material’s reflective layer for precaution measures. If the spray isn’t used the possibility that the laser reflects off the material is present, which can cause damage to the machine. Cermark is a quick and easy way to add laser markings to many metals. Stainless steel, copper, and nickel can be engraved with a BRM laser machine using the Cermark or Thermark spray. The results are beautiful!

We build and develop high precision product manufacturing machines for the medical industry. With a proven track record of 20+ years we have gained quite some knowledge and experience. Whether you are looking for product assembly, laser marking, laser welding, visual inspection, feeding, EOL, flow and leakage testing or anything else, we are your precision partner. Your process, product and business case is our guiding principle. We know how to automate like no other. In fact, we know how to automate very accurately. Automation at IMS goes down to micron scale. We build production lines from low to high volume, depending on your demand. We are flexible to the needs of your project and deliver a fast budget indication quote. Showing feasibility of your production process.

WATTSAN FL TL fiber marker is used to process metals and a number of non-metallic materials. Its main advantages are reliability, high accuracy, and operation speed. One of the features of the machine is a launch pedal for serial production. Advantages: High quality edge. Positioning accuracy up to 0.03 mm. High speed of processing. Ease of operation. Economical energy consumption. Durability. No consumables needed. Options and features: Different types of a fiber emitter available: MAX Photonics (included in the basic version), RAYCUS, IPG. Different working areas available: 200х200 mm (for the basic version), 300х300 mm. Installation of a rotary device. Emitter service life One of the main advantages of a fiber marker is its durability, as the service life of such a machine is about 100 000 hours.

The gas laser marker WATTSAN CO2 LT is designed to work with leather, fabric, paper, rubber, wood, ceramics, glass, plastic, and other materials. It is ideal for applying logos, photos and alphanumeric information. For ease of use, the marker is equipped with a launch pedal, which significantly facilitates the work in the numbering of finished products and mass production. Options and features: A 30 or 50 Watts Yongli laser tube with a service life up to 10,000 hours. Installation of a rotary device. Different working areas available: 150x150 mm, 200x200 mm, 300x300 mm. Laser power The machine is equipped with a laser tube of 30 to 50 Watts with a service life of 10,000 hours. Although this type of laser is less durable compared to the fiber optic one, its replacement will cost much less.

The marker is intended for marking different kinds of metals and some non-metallic materials. The main advantage of the laser marker is high speed and exceptional processing accuracy, which allows you to obtain high-quality and detailed images. One of the features of this machine is a launch pedal, which is indispensable for the numbering of finished products and mass production. Advantages: High quality edge Positioning accuracy up to 0.03 mm High speed of processing Ease of operation Economical energy consumption Durability No consumables needed Options and features: Different types of fiber emitter available: MAX Photonics (included in the basic version), RAYCUS, IPG. Different working areas available: 200х200 mm (for the basic version), 300х300 mm. Installation of a rotary device. Emitter service life This fiber laser is considered quite durable because the emitter has a service life of 100 000 hours - this figure cannot be compared to a CO2 laser’s one.

JPT Opto Electronics is a manufacturer of laser equipment. The company was founded in 2006 and specializes in investigation, development, production and sales of laser equipment and related products. The company owns a number of patents and intellectual property rights and produces several types of fiber lasers: continuous wave lasers, quasi-cw, lasers for scientific proposes, variable-wavelength lasers, fiber amplifiers, ASE emission units, etc. These products are widely used in the fields of laser marking and engraving, 3D printing, DTS systems and scientific research. The company has fully implemented the ISO 9001 quality management system and EPR system, and provides comprehensive pre-sales and after-sales services for all customers.

JPT Opto Electronics is a manufacturer of laser equipment. The company was founded in 2006 and specializes in investigation, development, production and sales of laser equipment and related products. The company owns a number of patents and intellectual property rights and produces several types of fiber lasers: continuous wave lasers, quasi-cw, lasers for scientific proposes, variable-wavelength lasers, fiber amplifiers, ASE emission units, etc. These products are widely used in the fields of laser marking and engraving, 3D printing, DTS systems and scientific research. The company has fully implemented the ISO 9001 quality management system and EPR system, and provides comprehensive pre-sales and after-sales services for all customers.

JPT Opto Electronics is a manufacturer of laser equipment. The company was founded in 2006 and specializes in investigation, development, production and sales of laser equipment and related products. The company owns a number of patents and intellectual property rights and produces several types of fiber lasers: continuous wave lasers, quasi-cw, lasers for scientific proposes, variable-wavelength lasers, fiber amplifiers, ASE emission units, etc. These products are widely used in the fields of laser marking and engraving, 3D printing, DTS systems and scientific research. The company has fully implemented the ISO 9001 quality management system and EPR system, and provides comprehensive pre-sales and after-sales services for all customers.

How to laser cut hardboard Cutting an object out of hardboard or engraving hardboard; that’s what our laser machine can do for you effortlessly. Hardboard is used in many different products and for many different uses. You can use hardboard as a packaging or protection material for instance. Hardboard is easily cut, engraved and marked by our BRM Laser machines, which is a big advantage to the traditional way hardboard is handled. It is very difficult to saw hardboard, but with a BRM Laser machine, it’s very easy to handle hardboard and shape it the way you want to! Sawing hardboard is a piece of cake from now on. With the contactless cutting and engraving process of our BRM lasers, you can cut hardboard without having to fixate it. This saves time and ensures the material will not break. Cutting with a BRM laser also prevents splinters and smooths the edges while cutting. Engraving hardboard makes it possible