Description
In Bengaluru, the market for laser welding machines is expanding rapidly, driven by advancements in technology and increased demand from various industries. The pricing of laser welding machines?such as the 1kW, 2kW, and 3kW models?can vary significantly based on specifications, features, and manufacturer reputation. Businesses looking to invest in a metal welding machine should consider these factors to ensure they choose equipment that meets their needs.
A 1kW laser welding machine typically starts at a lower price point and is suitable for light to medium welding applications. These machines are often favored by small-scale workshops and industries just getting into advanced welding technology. The pricing for a 2kW laser welding machine generally falls in the mid-range, offering enhanced capabilities for more versatile projects. This model is ideal for businesses that require efficient processing of various metal types, including stainless steel.
For heavy-duty applications, a 3kW laser welding machine is your best bet, providing higher power output for faster and deeper welds. These machines, although pricier, deliver great value for high-production environments?especially when dealing with thicker materials.
Additionally, fiber laser welding machines are gaining traction due to their efficiency and precision. In Bengaluru, the cost of fiber laser welding machines can be higher than traditional models but often justifies the investment with lower operation costs and superior performance, particularly for stainless steel (SS) applications.
Whether you’re looking to acquire a metal welding machine for intricate work or large-scale production, understanding the price range and specifications will help in making an informed decision. As technology evolves, it?s advisable to keep an eye on market trends to secure the best deals.
Water Cooled Handheld laser welding
Specification | Units | |||
---|---|---|---|---|
Power | Watts | 1500 | 2000 | |
Wave length | nm | 1080 ? 10 | 1080 ? 10 | |
Mode of operation | Continuos Wave (CW) | Continuos Wave (CW) | ||
Output Power Tunability | % | 10 – 100 | 10 – 100 | |
Modulation Frequency | 0 – 5000 Hz | 0 – 5000 Hz | ||
Power supply | 230 ? 5% VAC, 3 ?, 50/60 Hz | 230 ? 5% VAC, 3 ?, 50/60 Hz | ||
Overall Size (L ? B ? H) (Approx) | mm | 1300 ? 685 ? 1200 | 1300 ? 685 ? 1200 | |
Weight (Approx) | kg | 150 | 150 | |
Maximum Power Consumption | kW | 5.5 | 5.5 | |
Position indication | Red Light | Red Light | ||
Welding Nozzle Wire Length | mtr | 10 mtr | 10 mtr | |
Operation Temperature | ?C | 10 to 50 | 10 to 50 | |
*Welding Thickness | mm | Mild Steel: 4 | Stainless Steel: 4 | Aluminum: 2 | Aluminum Alloy: 2 | Galvanized Iron: 2 |
Air Cooled Handheld laser welding
Specification | Units | 1 |
---|---|---|
Power | Watts | 2000 |
Wave length | nm | 1070 ? 10 |
Mode of operation | Continuos / modulation | |
Output Power Tunability | % | 10 – 100 |
Modulation Frequency | 0 – 5000 Hz | |
Power supply | 230 ? 5% VAC, 3 ?, 50/60 Hz | |
Overall Size (L ? B ? H) (Approx) | mm | 650 ? 300 ? 621 |
Weight (Approx) | kg | 70 |
Maximum Power Consumption | kW | 6.5 |
Position indication | Red Light | |
Welding Nozzle Wire Length | mtr | 10 |
Operation Temperature | ?C | 10 to 50 |
*Welding Thickness | mm | Mild Steel: 4 | Stainless Steel: 4 | Aluminum: 2 | Aluminum Alloy: 2 | Galvanized Iron: 2 |
*The table above indicastes a thickness with a maximum penetration capacity of 2000 Watts
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