Fiber Laser Cutting Machine
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Fiber Laser Cutting Machine Manufacturer in India
The topmost fiber laser cutting machine manufacturer company in India is Pusaan India Automation Pvt. Ltd. We provide a wide variety of Metal Laser Cutting Machines. As you know, currently industries are benefiting a lot from technological advancements happening one by one. These methods enable the work to be completed quickly, easily and with good results. Right now, we are talking about metallurgical industries, which are using these technologies to increase their production and profit significantly.
Therefore we have offered you high quality laser cutting machine at reasonable price. Compared to other machines on the market, our fiber laser cutting machine is more economical, better quality, and made of higher grade components. To make sure that our products survive as long as possible, we also use the most modern, cutting-edge technologies. In order to avoid future issues, all of our products are also created under the supervision of our professionals.
In India, Pusaan Automation Pvt. Ltd. is a business that continually gains the trust of its clients and forges closer relationships with them. Our sheet metal laser cutting machine in India is reasonably priced and of excellent quality. We are top fiber laser cutting machine supplier in india and we offer the best laser machines for cutting sheet metal. A metal is given a superior cutting surface by our strong laser cutting machine.
A product’s quality is improving as a result of this technology. Numerous industries, such as those in the automobile, lighting, advertising, exercise equipment, and décor, use fiber laser technology today. Also widely used in the metal industry is this laser cutting technology. Additionally, you may view the best CNC plasma cutting machine models.
Open Type Fiber Laser Cutting Machine
Open Type Fiber Laser Cutting Machine
Technical Chart
Modal | PSL 3015 | PSL 4015 | PSL 5015 | PSL 4020 | PSL 6020 |
---|---|---|---|---|---|
Track Width (mm) | 1500 | 1500 | 1500 | 2000 | 2000 |
Track Length (mm) | 3000 | 4000 | 6000 | 4000 | 6000 |
Technical Parameter
Item | Technical Parameter |
---|---|
Laser Type | Fiber Laser Source IPG |
Laser Wavelength | 1070-2080nm |
Electro-optical conversion efficiency | 25-30% |
XYZ axis working length | 3000mm/1500mm/120mm |
Cutting thickness | MS0.5-12mm (Depend on materials) |
Incision seam width | 0.1-0.2mm |
Repeated position in accuracy | 0.05mm/1000mm |
Traverse Speed | 100M/min |
Maximum acceleration | 1.0G |
Table maximum load | 800kg |
Total machine weight | 4000kg Approx. |
Power demand | 380V 50Hz/60Hz |
Dimension (L x W x H) | 4600mm*2750mm*1500mm |
The body of this cutter was heated to 600 ° C and then allowed to cool for 24 hours in the chamber. When this is feasible, welding carbonic acid gas and a plano-milling machine are utilised.This guarantees a twenty-year service life and excellent power. Maximum running speed of 100 M/min, maximum acceleration rate of 1.0G, and repeated position precision of 0.05mm/1000mm are all high class-leading and high-efficiency. The least amount of area needed for a machine of the same level, a world first invention, and simplicity of integration. The control arm, LED indication design, and stainless steel border are just a few of the features that convey great and absolute beauty.
We produce industrial goods to the greatest levels of luxury using the most recent technologies. Heat treatment @ 600 °C and 24-hour oven chilling To guarantee 20 years of operation without deformation, we use premium components. Auto collimator: to verify the precision of each machine set and the straightness of the guide rails. It has a database of professional cutting settings, so different cutting parameters will be automatically used for different sheet metal materials at different thicknesses, requiring less operator effort. employs servo motors that were initially imported and has outstanding features added. It has outstanding MS 0.5–12mm cutting thickness (depending on material). We provide premium Open Type Fiber laser cutting machine in india with modern characteristics.
Exchange Table Type Fiber Laser Cutting Machine
Exchange Table Type Fiber Laser Cutting Machine
Technical Chart
Modal | PSL 3015 | PSL 4015 | PSL 6015 | PSL 4020 | PSL 6020 |
---|---|---|---|---|---|
Track Width (mm) | 1500 | 1500 | 1500 | 2000 | 2000 |
Track Length (mm) | 3000 | 4000 | 6000 | 4000 | 6000 |
Technical Parameter
ITEM | TECHNICAL PARAMETER |
---|---|
Laser Type | Fiber Laser Source IPG |
Laser wavelength | 1070-1080mm |
Electro-optical conversion efficiency | 25-30% |
XYZ axis working length | 3000mm/1500mm/120mm |
Cutting Thickness | MS 0.5-12mm (Depend on materials) |
Incision seam width | 0.1-0.2mm |
Repeated position in accuracy | 0.03mm/1000mm |
Positioning accuracy | 0.05mm |
Traverse Speed | 140M/min |
Maximum acceleration | 1.05G |
Table maximum load | 800kg |
Total machine weight | 5000kg |
Power demand | 380V 50Hz/60Hz |
Dimension (L x W x H) | 8500mm*2900mm*1900mm |
Exchange Table Type Fiber Laser Cutting Machine Price in India at affordable price offer in any state : Buy Now! We give you great deals and discounts. The console has a chrome steel border and every detail is flawless. We are making industrial items to satisfy the need for high-end goods. Our experts provide the greatest electrical and driving systems. We use best quality parts and you can see machine technical parameters in table..
Sheet and Tube Fiber Laser Cutting Machine
Sheet and Tube Fiber Laser Cutting Machine
Technical Chart
MODAL | PSL 3015 | PSL 4015 | PSL 6015 | PSL 4020 | PSL 6020 |
---|---|---|---|---|---|
Track Width (mm) | 1500 | 1500 | 1500 | 2000 | 2000 |
Track Length (mm) | 3000 | 4000 | 6000 | 4000 | 6000 |
Technical Parameter
ITEM | TECHNICAL PARAMETER |
---|---|
Laser Type | Fiber Laser Source IPG |
Laser wavelength | 1070-1080nm |
Electro-optical conversion efficiency | 25-30% |
XYZ axis working length | 3000mm/1500mm/120mm |
Cutting thickness | MS 0.8-12mm (Depend on materials) |
Incision seam width | 0.1-0.2mm |
Repeated position in accuracy | 0.03mm/1000mm |
Positioning accuracy | 0.05mm |
Traverse Speed | 800M/min |
Maximum acceleration | 0.5G |
Table maximum load | 800kg |
Total machine weight | 5000kg |
Power demand | 380V 50Hz/60Hz |
Dimension ( Length x Width x Heigth ) | 4600mm*3600mm*1500mm |
A lower and upper exchangeable table is a feature that significantly cuts down on standby time. The large range of useful possibilities provided by the drawer-style material gathering device considerably increases the efficiency of the entire five hundredth. It is decorated with a matching replaceable table and has a very distinctive, modern appearance. We supplied the machine with high-quality components to provide you a fantastic experience and appropriately increase your productivity.
7 Advantages of Fiber laser cutting Machine
Using a fiber laser cutting machine has a many of advantages. As you may be aware, this technology is used by many application fields to boost output and rapidly grow their enterprises. A fiber laser cutting machine has five main advantages.
Boost in Cutting Speed– Due to their fast cutting rates, fiber laser cutting machine can complete tasks quickly and to the best of their ability. A 1 mm thick straight line can be cutting more quickly by a fiber-based laser than by a normal laser.
Superior Performance- You’ll find that fiber lasers outperform many of the other options in terms of performance. Fibers offer a high-quality laser beam that may be sharply focused for enhanced power density and exceptionally exact levels of accuracy.
Cutting Reflective Material– The reflecting material is one of the key issues when utilising a conventional laser. It is possible that a laser reflector will hit the substance and harm it. This makes using standard lasers to cut copper, brass, and aluminium rare. However, this reflective material issue is no longer a problem with fiber optic lasers, allowing cutting of these materials.
No Moving Parts- The absence of moving parts lowers running expenses and raises maintenance requirements. It is not essential to use a moving mirror to generate the required laser because light pulses are transmitted via fiber optic cabling. When only the cutting material comes into touch with the laser during cutting, there is no material loss. further give the best finishing cut.
Higher Electrical Efficiency- Each time the fiber optic design is employed, power is saved, and because less energy is needed, the hardware’s lifespan is also increased. A laser cutter can handle any challenge. On a relatively small area of material, powerful lasers can be used with practically any distortion or warping.
Less Expensive- The most advantageous aspect of fiber laser cutting may be its cost. This method’s cost overhead includes a modest upfront save and a sizable saving over the duration of the laser’s lifetime. It does not require expensive optical reflectors, unlike other laser technology, for one thing. Additionally, rather than being exposed, the focusing lens is contained inside the cutting head. As a result, concentrating lenses only need damage when maintained properly, unlike laser applications where damage and regular replacement are needed over the lifespan of fiber optics.
Laser Cutting Work & Process
An accurate and seamless transition is produced by moving a focused and precise laser beam across the material you are cutting. The beam first creates a hole at the edge of the material before continuing from that point. Melting is preferred to cutting since the laser basically melts the substance it comes into contact with. This implies that it can effortlessly cut light materials like stones like diamonds, metals, and textiles.
Both pulsed beam and continuous wave beam are options; the former is delivered in brief bursts while the latter operates continually. You may adjust the laser beam’s power, length, and heat output to suit the material you’re working with. You can also use a mirror or special lens to direct the laser beam in the direction you want it to go.
Some Design of Laser Cutting
Application Fields Using Fiber Laser Cutting Machine
Many manufacturing industries use this fiber laser cutting technology. And some application fields such as
- Automobile Industries
- Lightning Industries
- Fitness equipment
- Sheet metal industries
- Decoration industries
- Advertisement industries
- Kitchenware Industries
- Home Appliances
- Sports Industries like Fitness, Cricket, Badminton Academies, golf, and many more industries.
5 steps to Improve The Work Efficiency
The usage of laser cutting machines is a common practise in many different industries, including the production of electrical devices, aircraft, and automobiles. Laser cutting machines are effective and precise cutting processes. One of the crucial elements affecting productivity and product quality is the effectiveness of the fiber laser cutting machine. Measures to improve the working efficiency of the following fiber laser cutting machine.
1. Optimize Cutting Parameters
2. Use High Quality Cutting Head
3. Increase the rate at which cutting materials are used.
4. Regular Maintenance
5. Instructor And Operator Training