Drilling Stainless Steel with QCW Fiber Laser

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Cutting Thin Stainless Steel with QCW Laser

Watch this demonstration of laser cutting of stainless steel with an economical QCW high peak-power fiber laser fitted in the IPG LaserCube. View All IPG Photonics Laser (plate) How does laser drilling improve drilling speed?How does laser drilling improve drilling speed?Laser drilling speed is increased because indexing time is eliminated from the cycle time. Percussion drilling can take advantage of pulse-shaping to improve the interaction of the Laser beam with the material. This can also help control taper and improve the drilling speed. Pulse shaping is programming the Lasers pulse temporal profile.Drilling with a Fiber Laser Laser Drilling SPI Lasers(plate) What is Trepan laser drilling?What is Trepan laser drilling?Trepan Laser drilling requires a motion system to allow piercing with the Laser and then motion of the beam relative to the part to cut out the hole. Trepanning allows for a diameter tolerance about half that of percussion drilling.Drilling with a Fiber Laser Laser Drilling SPI Lasers

(PDF) High precision and high aspect ratio laser drilling Drilling Stainless Steel with QCW Fiber Laser

A pulsed fiber laser source YLS-600/6000-QCW from IPG Drilling Stainless Steel with QCW Fiber Laser in 3 mm thick stainless steel drilled by using fiber laser . Drilling Stainless Steel with QCW Fiber Laser in 3 mm thick stainless steel by the hybrid laser drilling process with Drilling Stainless Steel with QCW Fiber Laser(plate) (PDF) Trepanning drilling of stainless steel using a high Drilling Stainless Steel with QCW Fiber Laser(steel) Trepanning drilling of stainless steel using a high-power Ytterbium- doped fiber ultrafast laser influence of pulse duration on hole geometry and processing quality John Lopez*a, Mathieu Dijouxb, Raphael Devillarda, Marc Fauconb, Rainer Klingb a Univ. Bordeaux, CNRS, CEA, CELIA UMR5107, F-33405 Talence, France; b ALPHANOV, F-33405 Talence, France; ABSTRACT Percussion drilling is (plate) 6-Axis CNC laser drilling machine_Xi'an Micromach Drilling Stainless Steel with QCW Fiber Laser(steel) The material of machinable parts includes but is not limited to superalloy, stainless steel, Qin alloy, structural steel, etc. It has the function of laser shock drilling and sleeve drilling, which enables the fine processings of round hole, special hole and track cutting. Drilling Stainless Steel with QCW Fiber Laser High power QCW fiber laser or YAG solid state laser can be selected.

Choosing between Nd:YAG or fiber lasers for micro welding Drilling Stainless Steel with QCW Fiber Laser

All welds are shown in 0.06in.-thick stainless steel(a) represents a 500W single-mode fiber laser with an M 2 value of 1.2 at 300 inches per minute (IPM) with a 30µm spot size; (b) shows a 700W multimode laser with an M 2 value of 15 at 100 IPM with a 150µm spot size; and (c) shows a 1kW multimode fiber laser with an M 2 value of 15 at 80 Drilling Stainless Steel with QCW Fiber Laser(plate) Deep Hole Drilling With High Power QCW Fiber Laser(steel) Deep Hole Drilling With High Power QCW Fiber Laser. Shown below is a picture of a 20 mm (0.79 inch) long, 0.6 mm (0.024 inch) diameter hole in AMS 5706 (Waspalloy &). The hole is trepanned using a 20 kW QCW fiber laser in 10 mm (0.4 inch) thick material at an angle of 30 degrees from the surface. Metallographic analysis showed maximum recast at 47 µm with minimal spatter on both the entry and (plate) Drilling of Cooling Holes by Using High Drilling Stainless Steel with QCW Fiber Laser - Laser Chirp(steel) Jun 22, 2015One of the main applications for laser drilling is the manufacturing of cooling holes with diameters of e.g., 500 µm in turbine components such as turbine blades and vanes or combustion chambers. Nowadays, these cooling holes are drilled by using flash lamp pumped Nd:YAG laser radiation and partially by using QCW fiber laser radiation with Drilling Stainless Steel with QCW Fiber Laser

Drilling of Cooling Holes by Using High Drilling Stainless Steel with QCW Fiber Laser - Laser Chirp

Jun 22, 2015One of the main applications for laser drilling is the manufacturing of cooling holes with diameters of e.g., 500 µm in turbine components such as turbine blades and vanes or combustion chambers. Nowadays, these cooling holes are drilled by using flash lamp pumped Nd:YAG laser radiation and partially by using QCW fiber laser radiation with Drilling Stainless Steel with QCW Fiber Laser(plate) Drilling with a Fiber Laser Laser Drilling SPI Lasers(steel) Drilling with a Fiber Laser. Our range of Fiber Lasers drill metals, coated metals, some ceramics and graphite composites. These Lasers create discrete pulses of controllable energy, peak power, and temporal profile (or shape) which are well suited for fiber laser drilling. The key to Laser drilling with a Fiber Laser is the peak power which is why many customers choose one our range of CW redPOWER Fiber (plate) Drilling with a Fiber Laser Laser Drilling SPI Lasers(steel) The key to Laser drilling with a Fiber Laser is the peak power which is why many customers choose one our range of CW redPOWER Fiber Lasers for this task. A redENERGY Pulsed Laser can also drill well since the interaction with the material is defined by

Drilling with fiber lasers Industrial Laser Solutions

The specified hole geometry with a diameter of 120 µm and a depth of 5 mm in stainless steel 1.4301 can be achieved with a flashlamp as well as a diode-pumped laser source. When drilling with both laser systems, compromises between productivity and geometrical quality such as taper must be made. Parameters, which consider productivity as well as quality, are determined. The productivity using a (plate) Fiber Laser Sources & Solutions IPG Photonics(steel) Underwater cutting of stainless steel (video courtesy of TWI) Hand-operated laser cutting for nuclear decommissioning (video courtesy of TWI) Drilling Stainless Steel with QCW Fiber Laser Percussion Drilling, QCW fiber laser Shaped Hole, single 12 ms pulse Metal Microdrilling, nanosecond pulsed fiber laser Ceramic Drilling, QCW fiber laser Metrology Lab Nashua, NH.(plate) Fiber Laser Sources & Solutions IPG Photonics(steel) Underwater cutting of stainless steel (video courtesy of TWI) Hand-operated laser cutting for nuclear decommissioning (video courtesy of TWI) Drilling Stainless Steel with QCW Fiber Laser Percussion Drilling, QCW fiber laser Shaped Hole, single 12 ms pulse Metal Microdrilling, nanosecond pulsed fiber laser Ceramic Drilling, QCW fiber laser Metrology Lab Nashua, NH.

Fiber Lasers Continue to Gain Market Share in Material Drilling Stainless Steel with QCW Fiber Laser

Feb 01, 2016The first kilowatt-class fiber laser for material processing was introduced by IPG Photonics in early 2002. Since that time, the adoption of fiber lasers for production applications has grown at a rapid rate. Today, fiber lasers are becoming the choice for most major production laser applications as well as converting traditional welding and cutting processes to fiber laser technologies.(plate) Fiber laser micromachining in high-volume manufacturing Drilling Stainless Steel with QCW Fiber Laser(steel) Cutting with QCW fiber laser. The QCW fiber laser also allows for high-speed and -quality cutting of ceramics with no dross or chip-out. High-speed cutting of 635m-thick alumina was demonstrated at 140mm/s using the single-mode QCW laser, while 381m-thick alumina was cut at a linear speed of 250mm/s (FIGURE 4).A coating was applied prior to the process and removed afterwards, helping to Drilling Stainless Steel with QCW Fiber Laser(plate) High Speed Laser Drilling of Steel - IPG Laser Systems(steel) High Speed Laser Drilling of Steel Demonstration of the speed of laser drilling when using a high-power QCW laser to drill holes at a shallow incidence angle in 3 mm wall thickness mild steel

High-Speed Laser Drilling of Ceramics

Watch a demo of high-speed laser drilling when using the QCW 150/1500 high peak power laser to drill holes in 1 mm alumina. Learn more.(plate) IPG Laser Systems Video Library Product Demos & (steel) Laser Drilling; Laser Brazing; Fiber Lasers; Process Heads; Diodes and Side-pumping; Adjustable Mode Beam (AMB) Real-time Weld Monitoring; High Peak Power (HPP) Drilling Stainless Steel with QCW Fiber Laser Drilling Stainless Steel with QCW Laser. Watch Video. High-Speed Laser Drilling of Ceramics. Watch Video. Inspection and Analysis of Laser Ablated Parts.(plate) IPG Photonics Robotic Laser Workcell(steel) Bottom Cutting and Drilling Stainless Steel Tube Standard & Compact Workcells at a Glance Typical system capabilities are for reference only. Each primary function such as laser power, process head capabilities and robot capacity and reach is available in a range of sizes and is easily integrated into the base conguration.

IPG Photonics Robotic Laser Workcell

Bottom Cutting and Drilling Stainless Steel Tube Standard & Compact Workcells at a Glance Typical system capabilities are for reference only. Each primary function such as laser power, process head capabilities and robot capacity and reach is available in a range of sizes and is easily integrated into the base conguration.(plate) Images of drilling STAINLESS Steel with QCW Fiber Laser(steel) imagesPeople also askWhat is laser drilling?What is laser drilling?Laser drilling holes in the 25µm to 1000µm diameter range is possible using this method but the limits vary according to the material. Most percussion drilled holes are in the 300µm-600µm diameter range. Percussion drilling allows a special drilling regime termed drilling on-the-fly to greatly increase hole drilling speed.Drilling with a Fiber Laser Laser Drilling SPI Lasers(plate) Laser Drilling - Fraunhofer ILT(steel) Helical drilling of high-aspect-ratio microholes in stainless steel using ultrashort laser pulses. WLT/LiM Lasers in Manufacturing Conference 2019 Munich, June 24 - 27, 2019. Proceedings of World of Photonics, (6 S.), (2019)

Laser Drilling Applications - Prima Power LASERDYNE

Deep Hole Drilling With High Power QCW Fiber Laser SmartPierce Enables Production of Part With Thousands of 0.2 mm Diameter Holes Stainless Steel Filter Now Laser Drilled Using SmartPierce Laser Texturing Metal Surfaces Using Laser Drilling Technology Laser Drilling and Cutting Composite Materialsy. Metallurgy(plate) Laser Engraving & Marking Applications IPG Photonics(steel) Laser engraving or vaporization is a non-contact process of ablating material by a combination of vaporization and melt ejection to achieve a high quality finish and controlled depths up to 0.5 mm. Laser engraving is a cost-effective process for industrial, automotive and aerospace components and the flexibility of laser marking software allows detailed artwork, text or graphics to be produced.(plate) Laser Engraving & Marking Applications IPG Photonics(steel) Laser engraving or vaporization is a non-contact process of ablating material by a combination of vaporization and melt ejection to achieve a high quality finish and controlled depths up to 0.5 mm. Laser engraving is a cost-effective process for industrial, automotive and aerospace components and the flexibility of laser marking software allows detailed artwork, text or graphics to be produced.

Laser Hole Drilling Micro Holes in Ceramic, Polymer & Metal

Metal Drilling. Blind holes and through holes in stainless steel, brass, molybdenum and alloys. Circular and non-regular shapes. Exit holes down to 5 microns diameter. Shown here are seven 100 mm holes in 100 mm thick molybdenum. System Multi-axis Drilling. Lasers Single-mode QCW lasers, multi-mode QCW lasers, picosecond lasers, UV ns pulsed Drilling Stainless Steel with QCW Fiber Laser(plate) Laser micro-keyhole method can weld problem metals Drilling Stainless Steel with QCW Fiber Laser(steel) The single-mode version of IPG Photonics' YLR150/1500 AC laser QCW fiber laser (FIGURE 1) is unique in two ways. First, the very high-brightness, single-mode version can produce spot sizes . 30m with standard cutting optics, allowing additional uses in cutting and drilling. Secondly, in CW mode, these lasers can operate at significantly Drilling Stainless Steel with QCW Fiber Laser(plate) Laser micro-keyhole method can weld problem metals Drilling Stainless Steel with QCW Fiber Laser(steel) The single-mode version of IPG Photonics' YLR150/1500 AC laser QCW fiber laser (FIGURE 1) is unique in two ways. First, the very high-brightness, single-mode version can produce spot sizes . 30m with standard cutting optics, allowing additional uses in cutting and drilling. Secondly, in CW mode, these lasers can operate at significantly Drilling Stainless Steel with QCW Fiber Laser

Nd:YAG or fiber laser for micro welding

Figure 5 QCW fiber laser examples Cross section of 0.06 deep weld for thick aluminum package seam sealing Guide wire weld Sensor seam weld quasi-continuous wave (qcw) fiber lasers The QCW fiber lasers peak power and pulse width characteristics are similar to those of the Nd:YAG laser, though the parameter range is not quite as broad.(plate) Prima Power LASERDYNE Precision Laser Processing Systems(steel) LASERDYNE &precision 2D and 3D laser processing systems are one way we help manufacturers be more successful with their laser drilling, laser welding, and laser cutting applications. Most systems can be supplied with a multitude of laser sources including CW and QCW fiber, CO 2, and Nd:YAG from CW to femtosecond pulse width.(plate) Solving challenging applications with laser micro (steel) IPG YLS-600/6000-QCW-AC QCW fiber laser 8 Rofin-Lasag LFS 150 Properties - High peak power - High beam quality Drilling Stainless Steel with QCW Fiber Laser brass stainless steel Laser LASAG FLS 542 C Paramater 2.4 kW peak power, 110 J bis 2 m/min speed Drilling Stainless Steel with QCW Fiber Laser high aspect ratio drilling Material Carbon steel 10 mm Laser C4L - QCW 150 SM Parameter 1.5 kW Peak power, Drilling Stainless Steel with QCW Fiber Laser

(plate) Industrial Micro-materials Processing Applications with Drilling Stainless Steel with QCW Fiber Laser

QCW Laser . Pulsed Fiber Laser in Micromachining . Application Example Drilling . Ceramic . Deep Engraving . 0 200 400 600 800 1000 1200 1400 1600 1800 0 200 400 600 800 1000 1200. Peak Power [W] Depth [µm] Steel(plate) Industrial Micro-materials Processing Applications with Drilling Stainless Steel with QCW Fiber Laser(steel) QCW Laser . Pulsed Fiber Laser in Micromachining . Application Example Drilling . Ceramic . Deep Engraving . 0 200 400 600 800 1000 1200 1400 1600 1800 0 200 400 600 800 1000 1200. Peak Power [W] Depth [µm] Steel

Tips For Cutting Mild Steel Using QCW Fiber Laser

Pierce time for 8 mm thick mild steel is 0.1 seconds using either nitrogen or compressed air with a 20 kW peak/2 kW average power QCW fiber laser. This compares favorably to a pierce time of 0.25 seconds when using a 3 kW CW fiber laser. With oxygen as the assist gas, the pierced hole is much larger in diameter than the kerf.(plate) What Benefits of Laser Drilling Are There?Laser drilling is one of the most advantageous laser processes available on the market. Using high-quality lasers such as our Fiber Laser range, la Drilling Stainless Steel with QCW Fiber LaserWhy Laser Drill Metal?Generally, we find that our clients and customers have the biggest need to adapt and change various different metals for their manufacturing proces Drilling Stainless Steel with QCW Fiber LaserIs Laser Drilling Effective on Various Materials?However, its not just metals that those in the manufacturing process need to work with. Not only can laser drilling work with practically all meta Drilling Stainless Steel with QCW Fiber LaserWhat is Percussion Laser Drilling?Drilling with a Fiber LaserOur range of Fiber Lasers drill metals, coated metals, some ceramics and graphite composites. These Lasers create discr Drilling Stainless Steel with QCW Fiber LaserWhat is Trepan Laser Drilling?Trepan Laser drilling requires a motion system to allow piercing with the Laser and then motion of the beam relative to the part to cut out the h Drilling Stainless Steel with QCW Fiber LaserWhat industries can you find laser drilling in?Laser drilling, thanks to its wide range of benefits and advantages, is found in a number of different industries. Theres almost no doubt that you Drilling Stainless Steel with QCW Fiber LaserThe history of laser drillingNow that you are an expert on the various different applications, processes, industries, definitions, and types of laser drilling, perhaps you are Drilling Stainless Steel with QCW Fiber LaserHigh-Speed Laser Drilling of Ceramics(steel) Watch a demo of high-speed laser drilling when using the QCW 150/1500 high peak power laser to drill holes in 1 mm alumina. Learn more.(plate)Drilling Stainless Steel with QCW Fiber Laser(steel) Drilling Stainless Steel with QCW Laser Demonstration of the speed of laser drilling when using the QCW 150/1500 high peak power laser to drill holes in 0.04 inch stainless steel.

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