Launches Bodor’s first 10kW machine.
Launches the world’s first 25kW machine.
Launches the world’s first 30kW machine.
10kW+ global sales volume creates the record of 200+ units including 20 units of 20kW machines
Launches the world’s first 40kW; Sells the world’s first 30kW machine.
Delivers the world’s first two 30kW machines
10kW+ global sales volume creates the record of 500+ units, which remains second to none in the world.
Launches the world’s only tailor-made 22kW laser, which is unique all over the world.
Launches 12kw & 22kw auto-focus laser head from Bodor R&D
Laser has a narrower kerf, meaning less material is wasted. More than this, laser cutting requires less manpower and even no secondary processing for most parts.
Laser cutting, 0.14mm; Plasma cutting, 0.4mm And at the vertical cross, laser cutting has a smaller bevel angle than plasma cutting.
Getting rid of secondary finishing, with smoother cutting surface, less dross, and smaller deformation.
Laser cutting speed can reach up to three times faster than plasma cutting.
Laser cutting is cleaner and more environment-friendly than the smoky and noisy plasma cutting.
This chart shows the trend of machine operating costs, cutting costs per meter and the cutting speed when cutting 10mm stainless steel. From 3kW to 20kW as you see, the cutting speed becomes faster and cutting costs lower as the power grows. However, operating costs in the same condition change rather stably. Comparing 12kW with 3kW in the chart, for example, the data shows you that operating costs increase only by 2% under 12kW, but prominently, the cutting speed increases by 10 times, and cutting costs are only one-tenth of a 3kW machine.
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* Owing to the real-time updating of products and technologies, the datas and product pictures on the site are for reference only