Laser cutting is a technique that utilizes a high-power-density laser beam to irradiate the workpiece, causing the irradiated material to rapidly melt, vaporize, ablate, or reach ignition point. The molten substance is then blown away by high-speed airflow coaxial with the beam, thus achieving cutting. Compared to traditional cutting methods, laser cutting has multiple advantages.
Firstly, laser cutting is highly efficient. As a non-contact processing method, it avoids the impact forces associated with mechanical shearing, thus eliminating tool wear. The cutting is done in one pass, eliminating the need for subsequent processing. Secondly, laser cutting provides high-quality cutting results. The precision of the materials cut by laser is high, and high accuracy and precision are achieved by transmitting a focused beam. The narrow kerf width, minimal heat-affected zone, and smooth cut edges of laser cutting give it a distinct advantage in detailed design and complex shape creation.
Moreover, laser cutting has a wide range of material adaptability. It can be used in the processing of both metallic and non-metallic materials, including but not limited to sheet metal and tubing. This broad material adaptability makes laser cutting technology widely applicable across numerous industries.
Lastly, laser cutting also has cost-effective benefits. While the initial investment is relatively high, in the long run, due to its high efficiency, low maintenance requirements, and ability to reduce material waste, the usage and maintenance costs are low. In addition, laser cutting has short setup times, involving more machine programming than material loading, which further reduces production preparation time.
See also:
Types of Laser Cutting Machines
Laser cutting machines can primarily be categorized into three types based on the different lasers used: fiber laser cutting machines, CO2 laser cutting machines, and YAG laser cutting machines. YAG laser cutting machines are widely used due to their high precision and the fact that they don’t require any processing gas, allowing them to process various materials.
It’s worth noting that YAG laser cutting machines have been phased out, with fiber laser cutting machines currently dominating the market.
In conclusion, the common types of laser cutting machines on the market include fiber laser cutting machines, CO2 laser cutting machines, and YAG laser cutting machines, with fiber laser cutting machines being the current market leader.
The following post will also provide guidance on selecting the best fiber laser cutting machine.
- How to Choose Fiber Laser Cutting Machine? (Buyer’s Guide)
- How Much Does A Fiber Laser Cutting Machine Cost?
What are the leading laser cutting machine manufacturers in this era of advanced technology? Let’s examine the top 10 laser cutting machine brands of 2023.
Top 10 Laser Cutting Machine Manufacturers In The World
Let’s evaluate the pros and cons of laser cutting machines produced by the following brands.
1. TRUMPF
Founded in 1923 and headquartered in Ditzingen, Germany, TRUMPF boasts over 90 years of history in machine tool production and is a global market and technology leader in the fields of industrial machine tools and lasers.
With the evolution of the market, TRUMPF, following multiple transformations and innovations, has grown from a small mechanical factory at its inception to a large multinational corporate group with approximately 13,500 employees worldwide.
In the 2021/22 fiscal year, TRUMPF’s sales revenue reached 4.223 billion euros (equivalent to approximately 29.6 billion RMB).
Throughout its history, Trumpf has established itself as a leader in international markets and technologies across various business fields.
If you’re working with relatively homogeneous materials in large quantities, Trumpf is a good option. The cutting head can be easily replaced, and cleaning the cutting lens is convenient.
However, the manual operation function may not be as user-friendly.
2. Bystronic
Founded in Switzerland in 1964, Bystronic is a company that focuses on the automatic control of the entire material and data flow in the cutting and bending process chain.
It offers solutions for sheet metal processing, including laser cutting systems, press brake machines, automation, and software solutions.
With over 30 branches worldwide responsible for sales and technical support, Bystronic is a global provider of sheet metal processing solutions.
In terms of manual operation, Bystronic is known for its user-friendly processing parameter adjustments, but the manual adjustment methods may not be suitable for materials with unstable quality, such as hot-rolled sheets.
3&4. TANAKA & KOIKE
TANAKA and Koike specialize in producing gantry-type, large-table structured laser cutting machines.
One advantage of these machines is their large work surface, which can reach several meters in length and 3-6 meters in width, making them ideal for cutting medium-sized plates.
For instance, a metal plate measuring 3×9 meters or 2×6 meters can be placed directly on the workbench for cutting.
However, a disadvantage is that the laser generator moves along with the machine, which can make it quite heavy.
Additionally, the cutting speed for thin plates (3 mm or less) is slower compared to that of desktop laser cutting machines.
TANAKA laser cutting machines, made in Japan, are known for their ability to cut thick plates up to 30mm.
They are mainly used in the processing of structural parts and are one of the few options available for processing large workpieces and thick plates.
5. Amada
Amada is a well-known multinational company that specializes in sheet metal processing machinery, such as numerical control punch presses, press brake machines, plate shearing machines, and laser cutting machines.
In 1946, Isamu Amada established Amada Co., Ltd., initially focusing on sheet metal machinery and cutting product businesses. Today, Amada has become a large multinational corporation specializing in the production of sheet metal processing machinery, boasting an array of such products.
In 2022, the total revenue of the Amada Group reached 365.687 billion yen, approximately 18.9 billion RMB.
The company focuses on direct sales and services, and is a comprehensive manufacturer of metal processing equipment, contributing to the growth of the world economy in four areas of expertise: sheet metal, stamping, cutting, and machine tools.
6. Mazak
Mazak, established in 1919 in Japan, specializes in offering comprehensive solutions for compound machining, five-axis machining, milling, turning, CNC systems, and automation.
It is one of the few machine tool manufacturers that have established a global production system.
Mazak produces the world’s most intelligent laser machine, capable of cutting not only 3D workpieces but also providing special profile cutting and software.
Additionally, it comes equipped with devices for tapping and chamfering after laser cutting.
7. Salvagnini
Salvagnini, founded in 1963, specializes in the research and development, manufacture, and sale of flexible equipment and systems such as sheet metal flexible production lines, optical fiber laser cutting machines, robots, panel benders, and automated logistics warehouses.
It has established itself as a leading example in the field of global sheet metal flexible processing technology and is dedicated to providing intelligent solutions for sheet metal factories.
8. PrimaPower
As a well-known brand in the field of sheet metal processing machinery and systems, PrimaPower is recognized for its extensive range of 3D laser cutting equipment.
Their product offerings encompass all aspects of laser processing, including stamping, shearing, bending, and automation, covering every stage of sheet metal processing.
PrimaPower is one of the manufacturers with the broadest range of products in the industry.
In addition to its extensive product range, PrimaPower is also known for its highly complete servo-electric solutions for stamping, bending, and integrated processing, available globally.
9. Messer
Started in 1898 in Germany, Messer Cutting Systems is a global supplier of comprehensive solutions for the metal processing industry. They offer reliable cutting technology, flexible services, and intelligent software solutions.
Their product range includes flame, plasma, and laser cutting systems that cater to a wide range of applications, from manual cutting to shipbuilding.
They also offer machines and equipment for oxygen gas welding, cutting, soldering, brazing, and heating.
10. Mitsubishi
Started in 1871 in Japan, Mitsubishi is a globally renowned manufacturer of non-ferrous metals. Its CNC tools and hardware products have gained recognition worldwide.
Since entering China in the 1990s, the Mitsubishi Integrated Materials Group has established manufacturing companies, sales companies, and representative offices in many locations.
Currently, its business encompasses a wide range of fields, including automotive parts, electronic components, processing tools, environmental protection, energy, metals, ceramics, compounds, and more.
Top 10 Laser Cutting Machine Manufacturers in China
| Laser Sheet Metal Cutting Equipment Revenue Scale | Laser Equipment Integrators (Cutting Business Division) |
| Revenue > 1.5 billion yuan | Han’s Laser, HSG Laser |
| Revenue between 1 billion yuan and 1.5 billion yuan | Bodor Laser, Suzhou Quick Laser, and others |
| Revenue between 500 million yuan and 1 billion yuan | Bystronic DNE Laser, Shandong Leiming (Senfeng Technology), Huagong Tech, Penta Laser, Gweike Laser, Leading Laser, Cheeron Laser, and others |
| Revenue between 300 million yuan and 500 million yuan | Yawei, Hymson etc. |
1. HAN’S LASER
Han’s Laser, established in Shenzhen, China in 1996, has established itself as a top player in China’s laser machine manufacturing industry.
The company boasts of its global competitiveness and has multiple subsidiaries selling laser cutting machines.
With a robust research and development team of hundreds of employees and numerous international invention patents, domestic patents, and software copyrights,
Han’s Laser offers a full range of laser processing solutions and supporting facilities to customers both domestically and abroad.
Their product portfolio includes over 200 industrial laser equipment and intelligent equipment, including laser marking machines, welding machines, cutting machines, new energy laser welding equipment, industrial robots, and automation solutions.
In 2004, Han’s Laser was listed on the Shenzhen Stock Exchange and has since grown to employ over 10,000 individuals worldwide, with assets worth over 7 billion yuan.
As of the end of June 2023, the total assets of Han’s Laser were valued at 3,526,392.43 million yuan, with net assets amounting to 1,787,450.99 million yuan. The company’s operating income for the year 2022 stood at 1,496,118.50 million yuan, with a net profit of 128,179.19 million yuan.
2. Hglaser
Wuhan Huagong Laser Engineering Co., Ltd. operates under two brand names, Huagong Laser and FARLEY LASERLAB.
HuaGong Technology was established on July 28, 1999, with a primary product line that includes laser marking machines, laser engraving on bamboo slips, laser welding machines, laser processing machines, and laser cutting machines. HuaGong Technology was publicly listed on the Shenzhen Stock Exchange on June 8, 2000. As of the end of June 2023, HuaGong Technology’s total assets amounted to 1,745,842.82 million yuan, with net assets standing at 874,890.09 million yuan. The company’s operating income for 2022 was 1,201,102.88 million yuan, and the net profit was 89,056.64 million yuan.
As a pioneer in the application of laser industrialization in China, Huagong Laser has five product lines.
- Laser precision microfabrication equipment
- High-power CNC laser manufacturing equipment
- CNC fine plasma cutting series
- Laser and core components
- Large surface treatment and re-manufacturing equipment
They are widely used in a variety of industries, including iron and steel metallurgy, non-ferrous metals, automobiles and parts, aerospace, military electronics, precision instrumentation, machinery manufacturing, molds, hardware tools, integrated circuits, semiconductor manufacturing, solar energy, education, communication, measurement, packaging, shoes, leather, plastics, jewelry, craft gifts, medical equipment, and more, and contribute to the improvement of the world’s equipment manufacturing level.
3. Chutian Laser
Wuhan Chutian Laser (Group) Co., Ltd. was founded in Wuhan in 1985 and is the key enterprise of Wuhan’s Optics Valley.
The company employs over 1,000 individuals and has received attention from both domestic and international leaders, with 22 national and 5 foreign leaders visiting the company.
Chutian Laser has been designated as a laser application service provider for the Shenzhou spacecraft series, from Shenzhou-1 to Shenzhou-8, and has earned recognition as a “Shenzhou Six Aerospace Engineering Meritorious Unit.”
With over 400 national patents, the company operates in various industries, including aerospace, aviation, electronics, healthcare, metallurgy, and culture.
Its laser products offer a wide range of applications, such as welding, marking, cutting, drilling, heat treatment, and resistance, making it a full-spectrum laser manufacturer.
4. Lead Laser
Leading Laser specializes in research and development, manufacturing, and sales of high-power laser processing equipment, showcasing their strength.
However, the high power laser comes with a high cost. The company was among the first batch of high-tech enterprises established in high-tech development zones.
5. Bystronic DNE
Bystronic DNE was founded in Shenzhen and has gained significant market influence, unique service appeal, and market share in the field of laser cutting machines in China through years of dedicated research, development, production, and sales of metal laser cutting machines.
Their main products include high-power fiber laser cutting machines (ranging from 2000W to 12000W) and medium-power fiber laser cutting machines (<2000W).
These machines are widely used in industries such as electric power, automotive manufacturing, machinery and equipment, electrical equipment, hotel kitchen equipment, elevator equipment, advertising signs, car decoration, sheet metal production, precision parts, hardware products, and others.
6. HSG Laser
Foshan HSG Laser is a high-tech company that provides global customers with laser intelligent equipment solutions.
It has been dedicated to the manufacturing of laser intelligent equipment and focuses on efficiency, intelligence, environmental friendliness, and compatibility in product development.
Established in 2006, HSG Laser has seen rapid growth and now operates four standardized intelligent equipment manufacturing facilities with a total area of 40,000 square meters or more.
It specializes in flexible manufacturing and digital hierarchical management in areas such as laser robots, multi-axis linked professional cutting tubes, and precision welding intelligent automatic production lines.
HSG Laser’s intelligent equipment operates successfully in more than 100 countries and has a wide range of prestigious customers in various industries, including precision instruments, auto parts, kitchen and bathroom hardware, electronics and electricals, and smart homes.
The company has a professional R&D team and a well-established after-sales technical support department, providing a customer-centric service experience.
7. Bodor Laser
Jinan Bodor Laser was established in 2008 and follows a brand development strategy that emphasizes both employee development and product innovation.
8. Hymson
Hymson Laser is a nationally recognized high-tech enterprise that specializes in the field of lasers and automation.
Founded on April 3, 2008, Hymson primarily engages in the research, design, production, and sales of laser and automation equipment for industries such as consumer electronics, power batteries, and sheet metal fabrication. On September 9, 2020, it was listed on the Science and Technology Innovation Board of the Shanghai Stock Exchange. As of the end of June 2023, Hymson’s total assets amounted to 10,172,808.85 ten thousand yuan, with net assets of 2,130,873.9 ten thousand yuan. Its operating income in 2022 was 4,105,415.55 ten thousand yuan, with a net profit of 375,493.2 ten thousand yuan.
The company is recognized as one of the best providers of comprehensive laser and automation equipment solutions in the industry.
Its products range from lithium battery automation equipment, air-cooled UV laser equipment, large-scale automatic production lines, large-scale laser cutting equipment, sapphire cutting equipment, and PCB marking equipment.
Hymson Laser is dedicated to continuously improving and delivering more efficient and high-quality solutions to its customers in the lithium battery, 3C, and sheet metal industries.
9. LEIMING LASER
Shandong Leiming Laser is dedicated to developing, producing, and selling fiber laser cutting machines.
The company provides a complete range of fiber laser cutting machines, laser processing and welding equipment, and cleaning equipment.
These machines are widely used in industries such as steel metallurgy, non-ferrous metals, automotive, aerospace, military electronics, precision instrumentation, machinery manufacturing, hardware tools, integrated circuits, and solar energy.
10. Quick Laser
Headquartered in the Jiangsu Free Trade Zone in China, Quick Laser is dedicated to the development, production, and sales of laser equipment.
The company provides a comprehensive range of laser application solutions and equipment customization services to global manufacturers, including laser cutting machines, laser welding machines, laser pipe cutting machines, laser micro-machining, and automotive welding workstations.
With over 100 invention patents, Quick Laser has developed innovative laser production lines independently, such as a cup and pot welding and cutting line, a five-axis linkage instrument welding machine, a wafer and fan automatic cutting machine, and a zero-tail material cutting machine with three parallel chucks.
How to Choose the Right Brand of Laser Cutting Machine
Choosing the right brand of laser cutting machine requires a comprehensive consideration of various factors, such as product quality, performance, after-sales service, price, and market demand.
Firstly, pay attention to the core configurations of the laser cutting machine, such as the cutting head, laser, motor, machine tool, CNC system, and lenses. These components directly impact the quality and performance of the equipment.
Secondly, familiarize yourself with the major laser brands in the market, such as IPG, Trumpf, nLight, SPI, and Raycus. Brands with a larger market share often have more mature technology and better after-sales service.
During the selection process, consider the scope of your company’s production, the materials to be processed, and the required cutting thickness to determine the appropriate model, size, and quantity. Additionally, the choice of motor is crucial as it affects the motion performance and precision of the laser cutting machine. It is recommended to choose a servo motor due to its superior accuracy and stability. At the same time, the quality of core components, including chillers, cutting heads, and lasers, is key to the quality of the laser.
Lastly, conduct a field inspection of the equipment manufacturer’s capabilities. Understanding their product certifications, performance, output, and component quality can help make a wiser choice. In summary, when choosing a laser cutting machine brand, consider all the above factors carefully. Choose the right brand and model to ensure the maximization of your investment return.
What are the specific impacts of the core configuration of a laser cutting machine on its performance?
The specific impacts of the core configuration of a laser cutting machine on its performance are mainly reflected in the following aspects:
- Servo Motor: The servo motor is one of the key factors affecting the cutting speed. Different servo motors vary in price and performance, so special attention needs to be paid to their performance when choosing, to ensure that the cutting speed meets production requirements.
- Fiber Laser: As the photoelectric conversion device, the fiber laser is a critical core component in the laser cutting machine. Its power directly affects the cutting capacity. Generally, the power of the fiber laser used for cutting metal materials should be at least 300W. For situations requiring the cutting of thicker metal materials, the laser’s power demand will be higher.
- Overall Configuration and Performance: In addition to the core components, the overall configuration and performance of the equipment are also important factors affecting cutting precision and efficiency.
- Focal Position, Auxiliary Gas, Laser Output Power: These three factors are also key points affecting the quality of laser cutting. Adjusting the focal position can optimize the cutting process, using auxiliary gas can improve the cutting effect, and the size of the laser output power is directly related to the cutting capacity and efficiency.
- Spot Size and Worktable Positioning Accuracy: The spot size after the laser beam is focused determines the cutting precision – the smaller the spot, the higher the cutting precision. At the same time, the positioning accuracy of the worktable determines the repeat precision of cutting, which is crucial for improving production efficiency and ensuring product quality.
The impact of the core configuration of a laser cutting machine on its performance is mainly reflected in aspects such as cutting speed, processing capacity, cutting precision, and efficiency. By optimizing the core components and overall configuration, the working performance of the laser cutting machine can be significantly improved to meet different production demands.
Conducting an On-site Inspection of the Laser Cutting Machine Manufacturer
When conducting a field inspection of laser cutting machine manufacturers, the following key indicators should be focused on to ensure product quality:
Cutting Quality: This is an important indicator for evaluating the performance of a laser cutting machine. It includes multiple aspects such as the roughness of the cutting surface, cutting accuracy, perpendicularity, and cutting speed. High-quality laser cutting is characterized by a lack of cutting defects and a low roughness value on the cutting surface.
Kerf Width: The narrowness of the kerf is mainly related to the diameter of the laser beam spot. Although the width of the cut made by a metal laser cutting machine generally does not affect the cutting quality, it is very important to form a particularly precise profile within a part.
Manufacturer’s Strength and After-sales Service: Understanding the strength and after-sales service of the laser tube cutting machine manufacturer is also a factor to consider when choosing a manufacturer.
Production Process and Equipment Assembly and Debugging: Visiting the factory in person to inspect and understand the production process, assembly, installation, and debugging of fiber laser cutting equipment can provide a direct understanding of the manufacturer’s production capacity and technical level.
Price and Budget: Choose a manufacturer based on your budget. Price can be negotiated based on the performance of the equipment and the services provided by the manufacturer.
When conducting a field inspection of laser cutting machine manufacturers, it is important to focus on key indicators such as cutting quality, kerf width, the manufacturer’s strength and after-sales service, the production process and equipment assembly and debugging, as well as price and budget, to ensure the purchase of high-quality products.
Safety and Compliance Standards
When selecting a laser cutting machine, customers must consider safety and compliance standards to ensure operator safety and legal adherence. Manufacturers are responsible for designing machines that align with various regional and international regulations.
Key Safety Features:
- Emergency Stop Buttons: Crucial for immediate shutdown in case of an emergency.
- Protective Housing: Enclosures that prevent laser exposure and contain fumes.
- Interlocks: Safety mechanisms that halt operation if a gate or cover is open.
Compliance Certifications:
| Certification | Description |
|---|---|
| CE Marking | Indicates conformity with health, safety, and environmental protection standards for products sold within the European Economic Area. |
| FDA Regulations | In the US, laser equipment must comply with the Center for Devices and Radiological Health (CDRH) standards. |
| ISO 9001 | Represents a quality management system ensuring the manufacturer meets customer and regulatory requirements. |
Manufacturers must also provide adequate training materials and manuals that cover safe operation procedures. They may include information on proper handling, maintenance, and usage of safety features.
User Protections involve proper ventilation systems to mitigate harmful fumes and the availability of personal protective equipment (PPE) such as laser safety glasses.
Lastly, it’s integral for users to check that the machines have undergone rigorous testing for stability and reliability under operating conditions. Compliance with safety and regulatory standards not only protects users but also enhances the overall functionality and longevity of the laser cutting equipment.
Post-Purchase Maintenance and Services
When selecting from the top laser cutting machine manufacturers, potential buyers should consider the post-purchase maintenance and services that accompany their investment.
Scheduled Maintenance
Manufacturers often provide scheduled maintenance programs to ensure machines operate at peak performance. This can include:
- Routine checks: Regular inspections to prevent breakdowns.
- Parts replacement: Timely replacement of worn components.
Technical Support
Technical support is crucial and typically involves:
- Helpdesk: Assistance available via phone or online.
- On-site service: Technicians dispatched to resolve complex issues.
Training Services
Proper training is provided to ensure users are skilled in machine operation and safety protocols. Training formats can vary:
- In-person training: Conducted on the manufacturer’s site or client’s premises.
- Online modules: Web-based learning for convenience.
Warranty and Guarantees
Warranties offer protection against certain types of failures and defects:
- Standard warranties: Typically range from 1 to 3 years.
- Extended warranties: Available for additional purchase.
Spare Parts Availability
Immediate availability of spare parts helps minimize downtime, with manufacturers offering:
- Parts catalog: An extensive list of readily available spare parts.
- Fast delivery: Expedited shipping options for urgent needs.
Buyers should investigate each manufacturer’s offerings to ensure comprehensive support post-purchase.
Final Thoughts
After reading this article, many readers may have the question of which laser manufacturer is the best.
Every manufacturer presents unique strengths, underscoring the importance of aligning purchase decisions with individual needs and expectations. Hence, diligent research is recommended, taking note of user reviews and post-purchase support availability for a well-informed choice.
However, it’s important to note that determining the best manufacturer requires a set of criteria, such as product quality, cost-effectiveness, and customer service. The criteria for determining the best manufacturer can vary, and so the conclusion of who is the best will also change. In addition, the best manufacturers are constantly evolving.
Therefore, the answer to the question of how to choose the best manufacturer lies in your own research and comparison.
You can also read the laser cutting machine buyer’s guide for assistance in making a decision for your business. A comprehensive comparison is necessary to find the best laser cutting machine supplier for your needs. If you would like to receive a quote for a fiber laser cutting machine, please feel free to contact us.
Please recommend a laser cutting machine for maximum thickness aluminium 3mm, galvanised steel 2.5mm and stainless steel 2mm… These are typical for electrical switchboard manufacturer. The maximum size is 5ft X 10ft ( 2% of the time use this size ) and majority of the time, it’s 4ftX8ft.
No problem, will contact you asap.
Dear Sir,
My requirement mentioned as per below.
1) Materials cutting size- 2mtr x 6mtr
2) Materials cutting grade – MS, SS & ALUMINUM
3) Cutting thickness – 0.5mm to 18mm
4) machine type- Semi- auto
5) Accuracy – Max 0.1
6) Machine type- Open
7) Required 2D laser cutting machine
Our sales team will contact you asap, thanks for your contact.
What brand and type would you recommend for an electrical switchboard manufacturer? We currently use up to maximum 2.5mm thick for galvanised steel or galvalume, maximum 3mm thick for aluminium and maximum 2mm for stainless steel. Maximum plate size is 5ft X 10ft. Will there be high consumables and maintenance cost? Some told me that turret punch is no longer ideal for our industry. Appreciate your input.
BODOR 3 KW FIBER LASER vs ADK 3 KW Machine
Hi Shane,
Please recommend me with the best manufacturer for the armor plate cutting. Rgds,-
The best in China is Hans laser，the website: https://www.hanslaser.com/
Tuve muy mala experiencia. Tuve una grabadora Yag La cual se dañó el softdog. Hans jamás contesto ningún correo. Ni me dio apoyo técnico. Después de más de 2 meses de hablar con la Empresa en Argentina que me vendió la máquina y pagando más de 1000 dólares, conseguí el softdog y llevo más de 2 semanas para poder hacer funcionar la máquina. A los 2 días comencé a tener un problema que permanentemente el láser se disparaba constantemente con baja potencia lo que jamás tuve respuesta de cómo solucionar el problema. Conclusiones jamás me compraría una nueva máquina en Hanslaser.
Hello,
What company/model would you recommend for cutting nonmetal and metal materials using CO2 and Fiber lasers options.
Ours
Greco International Ltd is looking for a Joint Venture partner for supply of
Qty 1 CNC Fiber Laser Cutting Machine 2000W
This is a tender that requires Delivery, Installation, Testing, Training, and Commissioning of the machine for a Railway Workshop in Nairobi, Kenya.
Our sales team will contact you asap.
hello shane
nice day
i am a trader from iran.i m searching for 1/5kw sheet metal laser cutting machine.
i get some prices from hans and hsg and … of your list.but unfortunally i have a tiny budget.
their prices is about 40000-60000 usd but i want to import 2 sets by about 50000-60000 usd.
i ll be glad if you can introduce a good company with cheaper prices or any other adwise.
thanks!
No problem, our sales team will contact you asap.
I gonna buy laser machine 30 millimeters and 2200watt
No problem, our sales team will contact you.
What brand are you selling and are you the manufacturer?
What country is your brand from?