Technical parameters (the working area and laser power can be customized according to requirement) Model of machine HLM-SD-50 Laser tubeSemi-conductor mould Cutting area110mm 110mm /300mm 300mm(optional) Laser power 50w Marking speed0-7000mm/s Operating voltage Ac220 10%, 50hz Location precision 0.003mm Working environmentTemperature: 0-40 centidegree, humidity: 45%-85% Marking depth 0-0.3mm Min. Line width 0.02mm Min. Character 0.2mm Graphic format supported BMP, HPGL(PLT), JPEG, GIF, TIFF, PCX, TAG, CDR, DWG, DXF, compatible hpg order, support DXF, PLT, BMP and dxt(tiandao embroider software), etc. Working tableLift platform up to 1, 000mm from the bottom to the top Auxiliary deviceExhaust fan and cooling system Laser wavelength1064nm. Wood case
Features of the machine: The company in many years development based on the experience of using new ideas created the novel style and superior performance of Semiconductor Laser marking machine. This machine that the lightning high conversion efficiency, output beam quality good, long life, and various performance indexes have reached the international advanced level. Its core components: diode pumped module, servo scanning galvanometer, sound-light Q switch, Q drives, laser power all has the profession leading level of the world. Applicable materials and field: Can be carved on the metal and many kinds of nonmetal materials, it is especially suitable for some require careful, high precision of the occasion such as electronic components, integrated circuit, electrical appliances, mobile communications, hardware products, tools accessories, precision instruments, glasses watches, jewelry ornaments, auto parts, plastic buttonsíóbuilding materials, PVC pipes medical devices, etc. Wooden box , 250kg
Applying imported american co2 radio frequency laser and high-speed scanning lens system, collocated with high qualified optic components, stable laser electrical source and full auto-controlling system, produces precise, reliable and fast performance and long time's continuous running as well, it can be directly applied to mass manufacturing streamlines. Different powers ranging from 10 - 350w
1.Introduction The new generation of laser marking machine YMM-50 is applicable to almost any material surface. It offers various advantages with comparison to the traditional marking methods, such as noise-free, stress-free, ink-free, hazard-free (Printing marking uses hazardous solvent handling and disposal), tools-free and wearing-free(Tools wear in stamping systems). Laser marking technique offers a quiet, clean, low maintenance and easily configured system for permanent marking of almost any material surface. 2. Features Friendly and ergonomical man-machine interface Stable, precise and high-speed system File format to support any CorelDraw format, e.g., PLT, BMP, DST, etc.; Embedded test and graphic design tools offer various editing features Auto-numbering Barcode marking including Code 39, 93, 128, EAN-8, EAN-13, VIN, etc. and serial numbers Auto cooling Flexible text / graphics marking; Line or arc scribing to enable flexible profile scribing (Complicated profile scribing is optional) 3. Technical Parameters Wavelength 1064 nm Pump source Kr lamp Laser cavity Ceramic Laser output stability í_ í+ 3% Beam expanded angle í_ 8 mrad Aiming laser Red Linear speed Adjustable, max 5000 mm/ s Line width Min 0.1mm Letter size Min 0.5mm Marking area F=160 mm 70 mm í- 70 mm F=220 mm 100 mm í- 100 mm F=250 mm 150 mm í-150 mm Power supply Single-phase AC 220 V í+ 10%, 50 Hz /60 Hz,PE,(A voltage stabilizer might be required to avoid irregular cutting quality caused by severe voltage fluctuation) Input power Max 7kW Dimension 1500 mm x 500 mm x 1200 mm Net weight ~180 kg Cooling Mode Water cooling 4.Standard Configuration Laser machine í- 1 set PC í- 1 set Marking software (In English) í- 1 set Operation manual (In English) í- 1 Wooden Case
1.Introduction The laser marking machine YMM-10C is applicable to almost any non-metal surface. It has many clear advantages with comparison to traditional marking methods, such as noise-free, stress-free, ink-free, hazard-free (Printing marking uses hazardous solvent handling and disposal), tools-free and wearing-free (Tools wear in stamping systems). Laser marking offers a quiet, clean, low maintenance and easily configured system for permanent marking of almost any surface. 2. Features Unique optics design Friendly and ergonomical man-machine interface Stable, precise and high-speed File format to support any CorelDraw format, e.g., PLT, BMP, DST, etc.. Embedded test and graphic design tools offers various editing features Barcode marking including Code 39, 93, 128, EAN-8, EAN-13, VIN, Data Matrix, QR Code, etc. , and serial numbers 3. Technical Parameters Wavelength 1064 nm Aiming laser Red Linear speed Adjustable, max 5000 mm/ s Line width Min 0.2 mm Letter size Min 0.8 mm Marking area F=160 mm 70 mm í- 70 mm F=220 mm 100 mm í- 100 mm F=250 mm 150 mm í-150 mm Power supply Single-phase AC 220 V í+ 10%, 50 Hz / 60Hz Input power Max 210W Dimension 550 mm x 290 mm x 650 mm Net weight ~33.75 kg Cooling Mode Air cooling 4.Standard Configuration Laser machine í- 1 set PC í- 1 set Marking software (In English) í- 1 set Operation manual (In English) í- 1 Wooden Case
YAG lamp-pumped laser is a solid laser possessing the most sophisticated technology and the widest application scope. It can quickly carve permanent marks such as letters, figures, graphs or bar codes on metal or nonmetal surfaces (plastic, silicon or porcelain), which are precision, permanent ,no pollution and environmental,.High-speed YAG laser labeler is mainly equipped with lamp-pumped laser tube, continuous YAG Laser electricity source, A/O Q switch and driver, high-speed X-Y axes scanning galvanometer, cooling water unit,3-D lifter worktable, computer controlling system and labeling software etc
Laser marking machine Laser Laser multi diode pump fiber laser Nominal average power 20w (optional 10 w) Max.. Peak power >7.5 kw Pulse repetition rate 20-80 khz Wood
Laser Medium :YAG Wavelength: 1064nm marking speed: 10-100mm/s marking dipth: 0.05-0.3mm marking scope 180X130mm Marking content: character & patten 1340mmX700mX1200mm
Marking for Non-Metal material bases, like leather, fabric. wooden, bamboo base, paper, glasses, plastic,acrylic etc Widely applied for the industries of medicine, packing. leather products, garments, wooden product, craft works
Any metal includes rare metal, constrcution consumes, products with laminate, spraining and furnishing tools,plastic and rubber products and so on. Widely applied for the industries of electironic components, IC Electric tools, telecommunications, Sanitary ware, Tools and accessoriesm, taps and mills glass and auto parts, Jewelry and so on.
Description- A mirror galvanometer is used to scan the laser beam and mark the product surface. Moving the focus lens (used instead of the f lens) back and forth enables adjusting the beam not only on the x and y axes, but also on the z axis. 3D Software Extension Ideal for the three-dimensional reproduction of designs and engravings with major detail, requiring different levels of engraving depth. This software extension, optionally provided, is based on the management of STL files, allows the 3D reproduction of solids authentic to their real proportions. 3 Axis Auto-Movement Axis position management through software, allowing the serial marking of multiple objects on the same tray and at the same time, even having different shapes and sizes. Based on the management of Cartesian coordinates, the use of this module, makes possible to program the movement of all axes depending on the position of the objects to be LASER-marked, making possible to boost productivity by the serial marking. Features- Hi-tech technology Permanent, high quality marks High efficiency and low operation cost Good accessibility, even to irregular surface Non-contact marking and no special working environmental needed The minimized metallurgical and mechanical damage Easy to automate and integrate (direct writing of patterns can established Using computer-controlled movement of the beam or sample) Precise beam positioning and a beam highly localized energy Transfer to the work piece High reproducible and high speed, effective Minimal heat load Contamination free Technical Specifications- Model SIL Accuwrite F 3D 50/60/100 Watts Power 20 W to 100 W Wavelength 1063 ±3 nm Beam quality
Description- Color Laser Marking Machine used to coloured parts are commonly used from decorative applications in a wide range of consumer goods and marking of these parts is generally achieved though the removal of the coloured anodised layer to reveal the base aluminium material either a white or silvery mark depending on process conditions. Commonly used in gift-ware and consumer goods, alphanumeric and marketing logos are typically marked. The use of lasers for colour marking is not a particularly new technique as it has been recognized for over 10 years. This technique was originally identified as a viable process for use on craft metal work and jewellery. However, the process has had very little commercial impact in the intervening years. There is now a greater interest in this process as manufacturers of consumer goods are looking for new techniques and finishes to provide product differentiation. This application note looks at a variety of materials that are colour mark-able including titanium and stainless steel, and explores the benefits and parameters of the pulsed fiber laser in relation to this application area. Specifications- Significant improvement in the quality of the mark due to the stability and controllable of the laser source. Beam intensity and spot size enable the use of small mark widths. Output power stability over time enables complex mark patterns without power fluctuations â?? no weld defects. High power density allows large marking areas to be processed rapidly. Maintenance free (no replaceable parts). 3-Dimensional marking can be easily achieved. High repetition rate is achievable. Low frequency (
Product Application Suitable for plastic pipes, Electric cable, electronic components, electrical products, IT industry, auto parts, hardware tools products, precision instruments, gift accessories, medical equipment and other high-end products of precision, fine logo printing. Typical applications such as, plastic (PA66) insulation flying laser marking, plastics laser marking, packing box body online laser marking, medicine package & PET bottle laser marking, wooden material marking etc. Description Of CYCJET LF30F Flying Laser Marking Machine 1; Laser oscillation in the FIBER optical wave, low dissipation, good stability and is not affected by external dust gas and mechanical looseness, the output of a laser beam is stable. 2; Processing speed is 2 to 3 times the traditional laser marking machine. 3; Wind cooling FIBER laser, no consumables, low maintenance, high photoelectric conversion rate, low consumption (600 w) or less, use cost. 4; Integrated design, small size (there are a whole cabinet and portable optional). 5; Environmental adaptation ability strong can be in vibration, shock, dust, humidity environment continuous work, easy to implement with optical FIBER coupling, which can realize remote work. 6; Bar code, QR code, graphics, text rules and irregular marking serial number, etc. 7; Software running on WINDOWS platform, Chinese/English interface, can be compatible with AUTOCAD, CORELDRAW, PHOTOSHOP software, such as PLT, PCW, DXF, BMP, etc, but also can be used directly SHX, ttf font.
Leapion fiber laser marking machine LF-20H use the world top brand parts,jcz ezcad control system , and imported high precision, high speed, large torque, performance is stable and durable, ensure the high speed operation of the whole machine., high power ,high precision.Top brand control system : automatic layout optimization. Fiber Laser Marking Machine can mark logo, character, serial number, bar code, data matrix on both metals It does not have consumable. It's very cost effective. It boasts fast marking speed and high marking precision. It's widely used and well accepted in prevailing international market.
Widely used inglass,button,sign board,shoe material,cloth,package,toys,food,drink,pharmaceutical,daily cosmitics and craft gifts etc.various industries. Applicable for most of non-metal,such as wood products,leather,cloth,paper,glass,expory resin.acrylic etc.non-metal material and part metal that carried out surface treatment,such as Aluminium surface oxidized black color,iron surface painting etc. It has different power with different, so if you are interested in this kind of machine, welcome contact us for more info.
Features 1. Automation, it adopts manual load and auto unload which improve its productive efficiency. 2. High Accuracy, CCD visual system can be calibrated automatically. 3. User Friendly interface on-line troubleshooting Adopting most advanced communication protocol which has internet function. 4. High Stability, optimized design of control system ensures stable processing and yield rate. 5. High Reliability, rapid cache transmission control, choice optical and electronic elements to ensure continuous work in long time and capacity. 6. Long Life Time, high quality fiber laser module ensure long life time to the system. 7. Safety, fully enclosed design which highly enhances safety during processing. 8. High efficiency, reduces processing time by equipping an automatic door in protective cover.
Features of Laser Marking Machine Evan EVAN laser provides a fast, flexible and efficient way to permanently mark a wide variety of materials such as Metals, Plastics, Ceramics, Silicon etc. Features • First and last pulse equally useable • Bitmap marking compatible. • High repeatability/stability design. • Status monitoring and safe shut down. • High speed marking (MHz repetition rate). • Long using time: the average using time more than 100000 hours • Good stability and free maintenance: No need to maintenance for laser advice High quality gray scale marking Technical Specifications of Laser Marking Machine Evan 20 Model No. : EVAN-20 Laser average output power: 10 W Wavelength: 1064 nm Power Adjustment: 0 to 100 % Cooling: Air Cooled Min. Line: Width Min. 0.03 mm (Depend on Material) Max. Speed: Max. 10000 mm/s (Max. Linear Speed) Marking Depth : 0.01~0.3mm (Depends on Material) Min Character Height : 0.5mm Marking Range : 145 mm X 145 mm(Standard) Optional : 175 X 175 mm & 300 X 300 mm Supporting Format : Support PLT, DXF, BMP File etc., Using SHX TTF Character Storage Directly Marking Area : 145 x 145 (standard) 175 x 175 / 300 x 300 (Optical) Single Pulse Energy (mj) : 1 to 20KHz Repetition Frequency Range : 20-80 KHz Output Power Stability : < 3% Beam Quality(M2 ) : < 1.5 Pulse Width(ns) : < 130 to 20 KHz Power Supply : DC 24 Volt AC 220 Volt Max Power Consumption : 200 Watt Application : Fast, flexible and efficient way to permanently mark a wide variety of materials such as Metals, Plastics, Ceramics, Silicon, Auto Parts, Hardware, Watch & Clock, Marking anodized & painted material, Serial Numbers, Manufactures Information, Barcodes, Logos, Packaging, Solar Industry, Medical Device, Marking Metal & Plastics, Data Codes, Materials Flow, 2D Data Matrix, Graphics and more.
TypeKfp simple, kf1 universal, kf2 universal, kfa advanced Laser type/wavelengthYlp/1064nm Laser power10w20w30w50w Beam quality m24h+/-2% rms Laser modeTem00 Marking size100mm x 100mm 180mm x 180mm or order Marking depthAdjustable Marking speed250character/s Marking width min0.03mm(30|¨¬m) Marking character min0.3mm Repeat marking accuracy10|¨¬/rad Power total800w Power supplyAc 220v/50hz Outsize(differance by types)570*840*1240mm
20W Fiber Laser standard export wooden case
Usage Precision cutting of fpc and organic membranes covering the board without the use of moulds or a protective plate. H, steep sidewall. Fixed sample vacuum mode without using a matrix protection plate, convenient and efficient. Used for a variety of substrate materials, such as: silicon, ceramics and glass. Automatic correction, positioning and multi-board cutting functions. Automatic board thickness measurement and compensation. Full stroke motor compensation function. Improved cutting accuracy, reduced horizontal vibration. Improved depth cutting accuracy. Improved efficiency in cutting complex patterns.
