Unleashing Precision and Power: MVD’s iBend Range A-E Press Brakes
In the realm of metalworking excellence, MVD’s iBend Range A through S Press Brakes stand as a testament to innovation and performance. With a commitment to pushing the boundaries of technology, MVD has crafted a series of Press Brakes that caters to the diverse needs within the metalworking industry. Key Features Across the iBend Range: Precision Bending […]
Laser V Plasma
Before the arrival of multi-kilowatt Fibre Lasers, Fibre Laser metal cutting was generally focused on the cutting of metal sheets principally 2.00 mm, plus steel plates below 10mm. In the range of 30-50mm thick plates, Plasma cutting had a clear advantage, i.e., speed, Fibre laser cutting was not considered possible at 30-50mm plate thickness. With arrival […]
Discover the RICO PR Cell
In the ever-evolving landscape of manufacturing, precision and efficiency have become paramount, as sheetmetal & fabrication companies aim to streamline processes and enhance our production capabilities, technology often emerges as a metalworking companies most reliable ally. This month, we’re excited to introduce you to a game-changing innovation: the RICO PR Cell, for Press Brake production […]
Focal Spot Size
For a given metal thickness, in general as the focal spot size increases, the cut quality will increase.
Sicmi 3 in 1 Press
Dear Customers, We are delighted to bring you the latest update from JPS Machinery Ltd, your trusted partner in cutting-edge industrial solutions. Today, we are proud to introduce the Sicmi PSL Press, a formidable addition to our product portfolio. Explore the Sicmi PSL Press: View Product Unleash Precision and Performance: The Sicmi PSL Press, available exclusively […]
Single Module or Multi-Module
The advantage of the Single Mode is that its PHOTON Monochromatic light spot is smaller than a Multi Mode PHOTON Monochromatic light spot, making it very suitable for cutting thin sheet.
A Single Mode Laser Fibre core diameter is small (14um), the energy is Gaussian distribution, the focal spot is small, with a high energy density, under the same Laser Kw power, the energy density is more than 4-10 times that of the Multi Mode spot,
and the heat-affected zone (HAZ) is small, especially for the high-reactive alloy’s (aluminum, copper)
For 3/6/12kw machine, the Single Mode technology is well proven.
The advantage of Multi Mode is that when one Mode is damaged, the other Modes can keep the Fibre Laser machine working.
A Multi Mode Fibre cable is used to combine the Photonic Monochromatic light from more than one PUMPED solid gain medium, the spot quality is not as good as that of Single Mode Fibre cable,
therefore, the Multi Mode is more suitable for machines above 12kw that are generally cutting thicker materials where spot size definition may not be so critical.
Therefore, the advantage of selecting a single module is its impact on cutting speed for thin plate,
the advantage of multi-module is thick plate
Laser Beam Focus Position
The Laser Beam focus position, is the distance between the Coherent Monochromatic photon Laser beams focus onto the material to be cut.
