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  • How to Adjust Fiber Laser Cutting Machine Parameters ...

    Jul 25, 2018 · For example, fiber laser cut stainless steel with slag has a variety of types. If there is slag only on the cutting corner, you can reduce the focus and increase the pressure. If the overall stainless steel cutting surface has slag, it is necessary to reduce the focus, increase the air pressure, and increase the cutting tip.

  • Laser Cutting | Stainless Design - Leading in Laser Cutting ...

    LASER CUTTING. At Stainless Design we invest in industry leading laser cutting technology to process all grades of Carbon/Mild Steel, Aluminium and Stainless Steel from one off items through to large batch manufacturing using laser cutting machines that are second to none for accuracy, quality and speed.

  • Common problems and solutions for fiber laser cutting metal ...

    The most important process parameters affecting the quality of material cutting are cutting speed, laser power, focus position, auxiliary gas pressure, nozzle height, and nozzle diameter. The specific problems and debugging methods for cutting stainless steel and carbon steel are as follows. Fiber laser cutting for carbon steel

  • Optimization of CO2 Laser Cutting of Stainless Steel Sheet ...

    Jan 01, 2018 · The CO2 laser cutting parameters levels was analyzed and then the experimentation was carried out according to the optimization approaches. From the Response Surface Methodology the selected CO2 laser cutting parameters Laser power, Cutting speed and gas pressure plays a dominant role in the turning conditions of AISI 304 stainless steel sheet.

  • Cut Any Design On Stainless Steel With CNC Fiber Laser ...

    It is really hard to cut the steel. Isn't it? But today with the technology and invention of laser machines, you can cut any steel into any design. Now, tech...

  • Laser parameters for engraving materials | Trotec Laser

    Laser parameters for high-quality engraving results. Here are some tips & tricks on how to find laser parameters that will help you achieve the best engraving and cutting results. Additionally you can update your JobControl® material database with our list of laser parameters.

  • Stainless Steel Laser Cutting Quality | OSH Cut

    Deck scratching and bottom burr on a laser-cut stainless steel part immediately after a laser-cutting operation. We work hard to avoid sliding the material on the deck, to prevent scratching. We also store sheets separately, with cardboard or paper dividers to avoid scratching during storage and material retrieval.

  • Laser Parameters - Basics and settings

    For each product group, we offer 2 different parameter sets: optimized for time, and optimized for quality. "Quality" parameter sets are recommended for engraving applications with fine details, small font sizes and high contrast. Thus, the laser cut is also optimized e.g. glossy, flame-polished edges with acrylic.

  • Which is the best stainless steel for laser cutting?

    Combined with nitrogen, nickel, and manganese, the structure of austenitic stainless steel is similar to common steel. Yet, it is easier to form and weld. Hardening austenitic stainless happens without the use of heat, yet it is a very high strength material. Hence, austenitic stainless steel is ideal for our laser cutting technology.

  • Fiber Laser Cutting Metal Techniques | IPG Photonics

    50 x 25 mm Rectangular Profile Cutting Cutting 10 mm Carbon Steel with 4.5 kW Fiber Laser Flat Sheet Cutting with LaserCube Cutting Inspection and Analysis Rotary Cutting with the LaserCube Each cutting process is highly dependent on material type and thickness and required processing speed, edge quality and kerf width.

  • Laser cutting. LASERLINE Technical. - BOConline

    Laser Cutting 03 Over the past decade, laser cutting has developed into state-of-the-art technology. It is estimated that more than 40,000 cutting systems are used for the high-power cutting of metals and non-metals worldwide. When including low-power applications, such as plastics cutting and paper cutting, the numbers are even higher.

  • Machining, Cutting & Grinding Stainless Steel|Outokumpu ...

    Cutting stainless steel can involve shearing, punching, sawing, and thermal cutting techniques like plasma or laser cutting. A general difference between cutting mild carbon steel and stainless steel is the need for higher cutting forces, but the same methods that are used for cutting carbon steel can be applied for cutting stainless steel.

  • Laser Cutter, Engraver, & Marking Machines | Boss Laser

    BOSSLASER™ offers hobbyists, businesses and educational institutions quality CO2 and fiber laser cutter and engraver systems.The ability to effectively and accurately design, cut, and engrave a material to whatever your computer screen can display is an awe inspiring and in demand skill.

  • Laser Parameters - Basics and settings

    "Speed" parameter sets are recommended for time-optimized applications that include designs and simple shapes with fewer finer lines and details. "Quality" parameter sets are recommended for fine detailed engraving applications, high contrast and small font sizes. Thus, the laser cut is also optimized e.g. glossy, flame-polished edges with acrylic.

  • APPENDIX B: MATERIAL SETTINGS - Epilog Laser

    Cutting 100 f 5s 100p 10s 100p 15s 100p 20s 100p 25s 100p 30s 100p Stainless Steel w/Cermark Engraving 600 DPI 20s 100p 25s 100p 30s 100p 35s 100p 45s 100p 55s 100p Twill Cutting 25 f 50s 40p 50s 35p 70s 100p 90s 100p 90s 80p 90s 60p Wood Photo Engraving 600 DPI 30s 100p 40s 100p 50s 100p 60s 100p 70s 100p 100s 100p

  • What are the parameters of a laser cutting process?

    LASER CUTTING PARAMETERS. The laser cutting parameters are dependent on the beam characteristics, the cutting rate required, the composition and thickness of the material to be cut, and the desired cut edge quality. The laser cutting process and cut quality depend upon the proper selection of laser and workpiece parameters.

  • CL-960 PARAMETER TABLES MILD STEEL

    Cutting DPC Focus STAINLESS STEEL N 2 Assist ... Laser power (Watt) 2000 4000 6000 ... Thickness (gage) Parameters Cutting DPC.

  • Fiber Laser Cutting Thickness & Speed Chart – ADH Machine Tool

    Fiber Laser Cutting Thickness & Speed Chart. Mild Steel. Stainless Steel. Aluminum. Brass. Thickness (mm) IPG 1000W. IPG 1500W. IPG 2000W.

  • LASER CUTTING OF STAINLESS STEEL

    Laser inert gas cutting is the most applicable process type used for cutting of stainless steel. Laser oxygen cutting is also applied in cases where the cut face oxidation is not a critical matter. Laser cutting of stainless steel with inert gas (nitrogen) and active gas (oxygen) as assisting gases are discussed. The workplace safety concerns ...

  • Laser Cutting - Cutting Processes - TWI

    Laser Cutting. Laser cutting is mainly a thermal process in which a focused laser beam is used to melt material in a localised area. A co-axial gas jet is used to eject the molten material and create a kerf. A continuous cut is produced by moving the laser beam or workpiece under CNC control.

  • Can a fiber laser be used to cut metal?

    With ease of use and virtually lack of maintenance, IPG fiber lasers are the ideal solution for cutting metals. Fiber lasers are rapidly replacing the CO 2 in the cutting arena with major cutting OEMs switching or already offering fiber based cutting machines.

  • Sheet Metal Laser Cutting (7 Common Problems and Solutions ...

    Fiber Laser Cutting Machine. Factory Direct Sale Without Middleman. We offer fiber laser cutting machines with power range from 1000-12000W, capable of cutting carbon steel up to 30mm and stainless steel up to 45mm . The laser generators and cutting heads are international brands, such as Precitec, Raytools cutting heads, IPG laser source, etc.

  • Wind Spinner Mandala Sun Flower 12 inches – 3D Stainless ...

    Made from durable stainless steel material by laser-cutting technology to form vivid shape, makes it flexible and strong. Reflective gilt powder material gives off a sparkling, captivating and...

  • Low Price Metal Laser Machine 500W 700W for Cutting Cookware ...

    Low Price Metal Laser cutting Machine 500W 700W for Cutting Cookware and kitchenware. 1mm 2mm SS Fiber Laser Cutting Machine.Single cutting table 3000*1500 ,laser cuts SS ,CS,mild steel. laser power :500W 700W 750W China Raycus laser generator.Unique and stable laser with Hundreds of users in past few years.F3015E laser made in China.

  • What happens when you use laser to cut steel?

    Analysis of the burr on the workpiece when cutting stainless steel and aluminum zinc plate with the laser cutter. Analysis of the incomplete cutting state of the laser. The solution for non-normal spark appears when cutting low carbon steel. Selection of puncture points during laser cutting.

  • Laser Cutting - an overview | ScienceDirect Topics

    Oxygen-assist laser cutting is the standard process for mild steel applications. Control of gas pressure, shape of the gas stream, and positioning of the gas nozzle orifice above the metal surface are critical factors. In highly alloyed steels, such as stainless steel, expelled metal may cling to the cut backside.

  • Laser Cutting Stainless Steel versus Plasma Cutting ...

    Jan 24, 2018 · Hence, austenitic stainless steel is ideal for our laser cutting technology. Ferritic Stainless Steel. Ferritic stainless steel is an alloy that includes chromium and carbon. This steel lends itself extremely well to thinner sections with smaller or no welds. This makes it suitable for laser cutting.

  • Fiber Laser Cutting vs. Traditional Sheet Metal Cutting

    Laser cutting of mild steel and stainless steel has a long history and has been one of the primary applications for CO 2 lasers. However CO 2 lasers have not traditionally offered a good solution for cutting highly reflective materials.

  • Turning up the power

    Jul 12, 2001 · The same material can be cut more than twice as fast with a 6,000-watt laser as with a 3,000-watt laser. Operating Costs. The operating costs for processing thick stainless must be examined closely. Hourly costs for processing 1/2- to 1-1/4-inch stainless steel with a 6,000-watt laser can be as high as $120 per hour.

  • How big can a laser cut stainless steel?

    Fiber Laser cutting equipment can cut stainless steel below 4mm, and can cut up to 8 ~ 10mm thick stainless steel in laser beam if add oxygen. However, when oxygenated, a thin oxide film is formed on the cutting surface. The maximum thickness of cutting can be increased to 16mm, but the size error of the cutting part is larger.

  • Laser Cutting Thickness Guide on Laser Power, Lens and Table Size

    We have compiled this guide for the laser system that we sell, which gives you a good idea of all kinds of materials that a laser can mark, engrave, drill and cut from the commercially available options that we provide.

  • laser marking machine_ fiber laser ... - laser cutting machine

    Application Industry. Gweike laser marking machine is used in apple casing (iPhone), alumina, aluminum alloy, mobile phone stainless steel trim, electronic components, integrated circuits (IC), electrical appliances, communication products, sanitary ware, tool accessories, knives, glasses, watches, jewelry, Auto parts, luggage buckle, cookware, stainless steel products and other industries.

  • Find the Best Metal cutting equipment Near You, Greenwood, WA ...

    This business servicing Greenwood is a local SME in the Concrete Cutting, Grinding & Drilling category. MACS has worked with local councils and government bodies, trade contractor

  • The Ultimate Guide to Fiber Laser Cutting | MachineMfg

    We offer fiber laser cutting machines with power range from 1000-12000W, capable of cutting carbon steel up to 30mm and stainless steel up to 45mm . The laser generators and cutting heads are international brands, such as Precitec, Raytools cutting heads, IPG laser source, etc. We also offer economical solutions, such as using Raycus lasers and ...

  • Guide book for laser cutting / engraving parameters ...

    Full guide book about parameters for laser cutting and laser engraving using 2.1W, 3.5W, 5.6W, 8W Endurance lasers. Read full guide book (PDF). Endurance lasers are truely powerful and can cut up to 4mm of plywood with just one pass and up to 8 mm of dark acrylic with only 3 passes.

  • MANUFACTURE, PROCESSING AND USE OF STAINLESS STEEL: A REVIEW ...

    metallic stainless steel, stainless steel manufacture and stainless steel processing, and an evaluation of these hazards against the EU classification criteria1. The review also provides assessments of the associated risks to health and recommendations for further research. Metallic stainless steel

  • What Can A CO2 Laser Cut, Etch, Or Mark? - Boss Laser Blog

    Jul 29, 2015 · The main materials shops will process will include wood, cardboard, aluminum, stainless steel, plastic, tile, marble, anodized aluminum, stone, and glass. Most reflective materials, such as raw aluminum, silver, copper may require a different wavelength and precision beyond some CO2 machinery’s capacity. Laser Cutting

  • What are the parameters of a laser cutting process?

    The laser cutting parameters are dependent on the beam characteristics, the cutting rate required, the composition and thickness of the material to be cut, and the desired cut edge quality. The laser cutting process and cut quality depend upon the proper selection of laser and workpiece parameters.

  • Which is the best material for laser cutting?

    Hardening austenitic stainless happens without the use of heat, yet it is a very high strength material. Hence, austenitic stainless steel is ideal for our laser cutting technology. Ferritic stainless steel is an alloy that includes chromium and carbon. This steel lends itself extremely well to thinner sections with smaller or no welds.

  • Optimization of parameters for fibre laser cutting of a 10 mm ...

    May 31, 2011 · Optimization of the fibre laser cutting parameters for attainment of high cut edge quality in 10 mm stainless steel plate was demonstrated in this study. The tested process parameters included cutting speed, focal position, and focal length.