Gulajski is a comprehensive provider of services related to metalworking. The company specializes in laser cutting of sheet metal, bending of various materials, engraving and CAD design. It is distinguished by high-quality equipment and an experienced team of engineers who approach each order with commitment and curiosity.
If you are looking for a company providing laser cutting services, please contact our engineer Łukasz, phone: 798 852 246 , more information about our laser cutting service can be found at: https://www.gulajski.pl/ciecie-laserowe/
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Metal cutting in Gulajski production plants
The Gulajski company provides services to both entrepreneurs and individual customers, carrying out both prototype and serial orders. The company has a modern machine park that guarantees high quality of services.
The key strengths in machining are:
- A team of skilled engineers: The company’s constructors are friendly, helpful and committed at every stage of cooperation. Not only do they design, price and commission the execution, but above all they advise and share knowledge.
- Experience: The company has over 25 years of experience in metal design and processing. As a manufacturer of final products, Gulajski is aware of the difficulties that customers may encounter in their production, which is why it provides assistance and knowledge to minimize possible risks already at the design stage.
- One-stop service: The company’s priority is a satisfied customer, which is why it approaches everyone individually. The company’s engineers are available at every stage of cooperation, advise on optimal solutions and provide tips on the use of the right materials in a specific project.
- Timeliness: The company implements the entrusted projects with the greatest possible precision and in accordance with the agreed deadline.
- Prototype and series production: The company does not impose a production minimum, so it is able to handle both small and prototype orders.
- High Quality Equipment: The company uses equipment from proven and world-leading manufacturers, which guarantees repeatability and quality of the details made.
- Design Service: The company is able to design an idea brought on a piece of paper and prepare it according to the customer’s guidelines.
We are the undisputed specialists in the field of metalworking. Our working tool is a 4000 W laser cutter, which enables precise laser cutting of sheet metal. The cutting thickness is adjusted according to the type of sheet metal.
Our cutting machine works on the principle of “flying optics”, which means that it automatically adjusts the focus of the laser beam to the selected cutting technology and parameters, cutting gas and material. This ensures that the process remains consistent across the entire surface of the sheet.
Modern services for business and individual customers
The Gulajski company, known for providing high-quality services in the field of laser cutting, invites you to take advantage of its offer. Thanks to the use of modern technology, the company is able to offer not only precise cutting, but also a wide range of shapes and designs that can be cut from various materials.
Gulayski guarantees quality, precision and saves time and money. Thanks to modern laser cutting technology, the company is able to adapt to the requirements of each project, eliminating imperfections and mismatches of the cut material.
Gulajski’s laser cutting machine allows you to make accurate and clean cuts that are in line with the customer’s project requirements. Additionally, laser cutting is faster and more effective than traditional cutting methods, allowing the company to offer competitive prices for its services.
Our machining is mainly aimed at customers from the Silesian and Opole Voivodeships, but we invite customers from all over the country to cooperate with us.
The company’s production uses laser cutting to cut metal details, which are key elements of products. Examples of products for which laser cutting is used are smoke dampers and structural elements of roof hatches.
The Gulajski company invites both business and individual customers to contact us. If you are interested in laser cutting services, please contact the company at the following email address: laser@gulajski.pl. Trust the experience and high-quality laser cutting services of Gulajski, and you will certainly be satisfied with the results.
Laser cutting parameters
It is a technology that uses a concentrated beam of light to precisely cut various materials. The parameters depend on many factors, such as the type of laser, material, material thickness, cutting speed, laser power, and more. Below are the cutting parameters that we use in our service plants:
| Parameter | Description | Laser cutting parameter values |
|---|---|---|
| Laser Type | Type of laser used (e.g. CO2, Nd:YAG, Fiber) | CO2, Fiber |
| Laser power | Laser output power | 500W, 1KW, 2KW, 4KW, etc. |
| Material thickness | Maximum thickness of the material to be cut | 0.5mm, 1mm, 5mm, 10mm, 20mm, etc. |
| Material Type | Material to be cut | Steel, aluminum, copper, plastic, wood, etc. |
| Cutting speed | Laser beam travel speed | 10 mm/s, 50 mm/s, 100 mm/s, etc. |
| Cut quality | Evaluation of the quality of the cutting edge | Smooth, slightly rough, etc. |
| Booster gas | Gas used to assist cutting | Oxygen, nitrogen, air, etc. |
| Focus | Laser focal length setting | Fixed, adjustable, etc. |
| Pulse Frequency | For pulsed lasers | 500 Hz, 1 kHz, 5 kHz, etc. |
| Cutting gap width | Width of the created gap | 0.1mm, 0.2mm, 0.5mm, etc. |
Selection of cutting parameters depending on the metal to be cut
| Metal Type | Laser Power | Material Thickness | Cutting speed | Booster gas | Cut quality | Comments |
|---|---|---|---|---|---|---|
| Carbon Steel | 1 kW | up to 10 mm | 0.8 m/min | Oxygen | Smooth | – |
| 2 kW | up to 20 mm | 1.5 m/min | Oxygen | Smooth | – | |
| Stainless | 1 kW | up to 6 mm | 1.2 m/min | Nitrogen | Smooth | No edge oxidation |
| 2 kW | up to 12 mm | 2 m/min | Nitrogen | Smooth | No edge oxidation | |
| Aluminium | 1 kW | up to 3 mm | 1.5 m/min | Nitrogen | Smooth | Requires precise focusing |
| 2 kW | up to 6 mm | 2.5 m/min | Nitrogen | Smooth | Requires precise focusing | |
| Copper | 2 kW | up to 3 mm | 0.5 m/min | Nitrogen | Smooth | High light reflectivity |
| 4 kW | up to 6 mm | 1 m/min | Nitrogen | Smooth | High light reflectivity | |
| Brass | 1 kW | up to 2 mm | 1 m/min | Nitrogen | Smooth | – |
| 2 kW | up to 4 mm | 1.5 m/min | Nitrogen | Smooth | – |
This table is a simplification and serves as a general guide. In practice, the cutting parameters are adjusted depending on specific requirements, such as the desired cutting speed, edge quality, as well as hardware limitations. In addition, different types of lasers (e.g. fiber laser, CO2) can have different efficiencies when cutting different materials.
Laser cutting is increasingly used in the cutting of quartz sinters
Laser cutting technology plays a key role in shaping the quality of furniture made of quartz sinters, affecting its aesthetics and functionality. The precision that this technique offers makes it possible to create furniture with complex shapes and patterns that would be unattainable using traditional cutting methods. Thanks to this, quartz sinter kitchen worktops can become a real work of art that adds elegance and sophistication to any interior.
Waterjet cutting is an alternative technique that also allows for very precise cutting, but without generating large amounts of heat. This is especially important in the case of quartz sinters, which are sensitive to high temperature and can be damaged under its influence. Nevertheless, cutting with water has its limitations. This is a time-consuming process and often requires more money, which can be a hurdle for some manufacturers.
Laser cutting, on the other hand, is a fast and effective technique that allows you to cut quartz sinters with high precision. In addition, it minimizes the risk of damage to the material, which is crucial for maintaining the quality and aesthetics of the furniture. However, it is worth noting that laser cutting generates more heat, which can be problematic for some types of quartz sinters. Therefore, the choice of the right cutting technique should always depend on the specifics of the material.
Autor: Tomasz Matuszek; Dział Marketingu - Firma Gulajski