SLTL Group, India’s first fiber laser cutting machine inventor & manufacturer has designed the ‘Infinity F1’ 2D fiber laser cutting system. It is known for its extensiveness considering the specific needs of the metal cutting industry. Its vigorous flexibility extends thunderbolt reflexes for swift material change. A hermetically sealed cabinet keeps safety at its best. This automatic sheet metal cutting machine takes a very low time for booting. A High-end 64-bit CNC controller is equipped with a user-friendly operating interface. The magnificent controller responds within 20 nanoseconds which makes the Infinity super responsive.
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Metal cuttings are more flexible, swift material change and magnificent response within 20nanoseconds which is highly intuitive software for all types of industries.
The anti-collision mechanism consists of snip, sew and parabolic leaps, this minimizes non-productive times which can happen due to parts tipping over when cutting thin sheet metal, and ensures that the sheet cut-out pieces do not collide with the laser head while processing and makes your machine permanently productive.
Infinity F1 Fiber Laser Cutting Machines from SLTL include a dynamic fume extraction technology that opens the fume collecting vault of the machine base precisely where the application is being conducted. These fume ducts collect the fumes and send them to the dust collection unit in order to prevent the toxic fumes produced during the metal processing from being released into the environment.
Speed up the cutting process by eliminating the manual alignment of the sheet for each cutting operation. Auto-sheet orientation feature enables automatic orienting of the program to that angle in which the sheet has been kept which ultimately eliminates the non-productive time of rearranging the sheet.
One of the key features to process high-speed cutting applications in Fiber laser cutting machines, FLYCUT performs the continuous cutting of the desired shape without lifting up the laser head giving a boost to the processing speed by reducing the head travel movements.
The laser head maintains a consistent gap with the material. If in case of varying material properties, through the online software, the laser head could be adjusted, during operation to get the proper cut quality with precision & accuracy.
| Unit | Working Range 2D | Working Range 2D | ||
|---|---|---|---|---|
| 6525 (256.9″) | 8025 (315.9″) | |||
| Maximum Working Range | X Axis | mm | 2550 (100.3″) | 2550 (100.3″) |
| Maximum Working Range | Y Axis | mm | 6550 (257.9″) | 8050 (316.9″) |
| Maximum Working Range | Z Axis | mm | 450 (17.7″) | 450 (17.7″) |
| Max. Workpiece Weight | Kg | 6500 | 7800 | |
| Positioning Precision | mm/m | ±0.05 | ±0.05 | |
| Repeatability | mm/m | ±0.02 | ±0.02 | |
| Maximum Rapid | Simultaneous | m/min | 110 | 110 |
| Maximum Accleration | m/s2 | 15 | 15 |
| Laser Power | 12kW | 20kW | 30kW |
|---|---|---|---|
| Cutting Thickness on Metals mm (inch) | |||
| Mild Steel (MS) (O2) | 40 (25/16″)* | 50 (31/16″)* | 60 (19/8″)* |
| Mild Steel (MS) (N2/Air) | 12 (1/2″) | 20 (13/16″) | 25 (1″)* |
| Stainless Steel (SS) (O2) | 10 (3/8″) | 10 (3/8″) | 10 (3/8″) |
| Stainless Steel (SS) (N2 / Air) | 30 (19/16″)* | 35 (11/8″)* | 40 (25/16″)* |
| Aluminum (Al) (N2) | 30 (19/16″)* | 35 (11/8″)* | 40 (25/16″)* |
| Brass (Br) (N2) | 25 (1″)* | 32 (5/4″)* | 35 (11/8″)* |
| Copper (Cu) (O2) | 16 (5/8″) | 20 (13/16″) | 22 (7/8″) |
| Galvanized Iron (GI) (N2 / Air)# | 3 (1/8″) | 3 (1/8″) | 3 (1/8″) |
| Power Consumption** | 56kW | 85kW | 120kW |
* The quality of the cut depends upon the attributes of metal, its surface properties and the conditions in which cutting operations are done. Metals with high thickness tend to have striation at lower edges
** The power consumption indicated in the table is measured on the machine’s peak performance. It includes the connected load of the laser source, controller, fume extractor and chiller.
Filtered Fume Extractor
Auto Focus Cutting Head
Light Curtain
One of the main advantages of laser cutting is its precision and accuracy. The laser beam can be focused to a very small point, allowing for extremely precise and accurate cuts. Additionally, laser cutting can be done at high speeds, making it much faster than traditional cutting methods. Overall, laser cutting is a highly efficient and precise technology that is widely used in the machine tool industry. It offers many advantages over traditional cutting methods, including precision, speed, versatility and cost-effectiveness.
At lower power settings, it’s possible to use a laser cutting machine for utensil manufacturing industry, it can partially cut pieces of sheet metal leaving a smooth, regular groove in the surface.Laser cutting functionality can be used to cut & shape steel plates, trays, steel cutlery like spoons, knives, forks, serving plates, oven face plates, custom made plates, stainless kitchen racks, stainless steel cookwares
One of the most common uses for laser cutting is to cut metal with precision & accuracy. Laser cutting can be used on a varied number of different metals, including steel, tungsten, aluminium, nickel & brass. Regardless of the industry or the thickness of the metals, Infinity F1 laser cutting can be used to deliver the same clean cuts and smooth finishes, every time on time. Laser cutting used to cut metal for components and structural shapes, such as for the body of a car or the casing of a mobile phone.
Elevators and escalators require precise and durable metal components to ensure their smooth operation. The 2D fiber laser cutting machine is specifically designed to cut these flat, 2-dimensional components, making it a valuable tool in the Elevator and Escalator industries.
This cutting-edge technology is used to produce brackets, panels, and other small metal parts that must meet tight tolerances and withstand harsh conditions such as vibration, impact, and extreme temperatures. The speed and precision of the 2D fiber laser cutting process allows manufacturers to efficiently produce these critical components, while ensuring their quality and reliability.
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