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  How to Set Up Your New Fiber Laser Cutter for Maximum Performance     Upgrading to a fiber laser cutting machine is a major step forward for any manufacturing or fabrication business. These advanced systems deliver unmatched accuracy, speed, and versatility across a wide range of metals and materials. However, correct installation and setup are key to ensuring that your new equipment operates safely, efficiently, and with long-term stability.     This guide from Perfect Laser will walk you through everything you need to prepare your workspace, install your new laser system, and start cutting with confidence.       Step 1: Preparing Your Workshop   Before your new fiber laser cutter arrives, confirm that your workshop meets the necessary installation requirements. Proper preparation saves time, prevents issues, and ensures smooth machine operation from day one.     >>>>>> Power Supply   Most fiber laser systems require a three-phase power supply ranging from 380V to 480V. The power source should be stable and capable of handling the required load. Always consult a certified electrician to verify voltage, grounding, and breaker capacity according to your machine’s specifications.      >>>>>> Compressed Air   A reliable source of clean, dry compressed air is vital for cooling and debris removal. The air supply also assists in cutting and prevents material contamination. Choose an air compressor that meets the required pressure and flow rate, and install proper filters and dryers to keep the air moisture-free.     >>>>>> Cooling System   Laser systems generate significant heat during operation. Depending on your model, your setup may include a built-in chiller or require an external cooling unit. Make sure there is enough space, ventilation, and water connections to accommodate your cooling system efficiently.       Step 2: Installing the Cutting Head   The cutting head is the core component of your fiber laser cutter. Its installation and alignment directly affect cutting accuracy and stability.   1. Mount the head securely — Follow the manufacturer’s manual precisely. Make sure all bolts, cables, and connections are properly secured. Handle the fiber optic cable with care, avoiding tight bends or impact.   2. Align the laser beam — Use the provided alignment tools or software features to center the laser beam accurately. Even slight misalignment can reduce cutting precision and cause wear on optics.   3. Set the correct focal length — Each material type and thickness requires a specific focal point. Use a test sample to fine-tune focus distance for optimal edge quality and cutting speed.       Step 3: Configuring Software and Design Files   Once the hardware setup is complete, install the control software provided with your laser system. This software manages cutting parameters, speed, power, and material presets.   Familiarize yourself with the interface — Learn how to adjust settings and use preview or simulation tools to visualize cuts before production. Set material profiles — Create presets for your commonly used metals (stainless steel, aluminum, brass, etc.) with appropriate power and speed combinations. Import your first design — Most fiber laser cutters support formats like DXF, DWG, or AI. Start with a simple shape to verify compatibility and test positioning.     Step 4: Running Your First Test Cut   Before you start production, it’s essential to conduct a test run. This step ensures that the machine, software, and materials work together as expected.   1. Simulate the cutting path in the software to detect possible issues.   2. Load a test sheet and start with low power to prevent material damage.   3. Gradually increase the power and speed until you achieve clean, precise edges.   4. Observe beam focus, gas flow, and cutting consistency during the process.     Fine-tuning these settings early helps you establish reliable parameters for future jobs and reduces the risk of costly errors.       Step 5: Maintenance Essentials from Day One   Proper maintenance keeps your fiber laser cutting machine running smoothly and extends its operational life. Establish a maintenance checklist and schedule that includes:   Cleaning the laser head, lenses, and nozzles regularly. Checking filters and replacing them as needed. Inspecting cooling and air systems for leaks or contamination. Testing safety sensors, emergency stops, and interlocks.   Preventive maintenance is far more cost-effective than unexpected repairs. Consistent care ensures stable performance, better cut quality, and reduced downtime.       Step 6: Safety and Operator Training   Laser equipment must always be handled responsibly. Follow these essential safety rules:   Always wear certified laser safety glasses designed for your laser wavelength. Keep your workspace well-ventilated and free from flammable materials. Verify that all safety interlocks and covers are in working condition. Train every operator in proper startup, shutdown, and emergency procedures.   A well-trained team ensures not only safe operation but also better efficiency and accuracy during production.     >>>>>> FAQ   Q1: How long does it take to install a fiber laser cutter? Installation time depends on your facility and machine size but typically takes 2–5 days including setup, calibration, and initial testing.   Q2: What are the most important safety precautions? Use protective eyewear, maintain good ventilation, check safety interlocks regularly, and ensure all operators are properly trained.   Q3: How often should I calibrate my laser cutter? Quick calibration checks should be done daily, with full calibration every 3–6 months or when cut precision starts to decline.       Step 7: After Installation — Keep Improving   Once your machine is fully operational, continue to optimize settings based on the materials you cut most frequently. Adjust cutting speed, gas flow, and focus position to achieve the perfect balance between quality and efficiency.   Use the control software’s monitoring and data tracking tools to record performance data over time. This helps you identify trends and make informed adjustments to further improve output.       Conclusion   Setting up a fiber laser cutting machine may seem complex, but following a systematic approach makes it smooth and rewarding. By preparing your workshop correctly, installing and calibrating carefully, configuring your software, and running proper tests, you’ll ensure reliable, high-precision performance for years to come.   Consistent maintenance, safety awareness, and operator training will further extend your equipment’s life and deliver maximum return on investment.     Start Cutting Smarter with Perfect Laser   Ready to transform your manufacturing process with a high-performance fiber laser cutter? Perfect Laser offers a full range of advanced fiber laser cutting machines designed for precision, efficiency, and low operating costs.   With 24-hour online support, free product consultations, and comprehensive after-sales service, we make it easy to get started with laser cutting technology.   Email: [info@perfectlaser.net]   Visit: [Perfect Laser Official Website] to explore our latest fiber laser solutions and request a free consultation.  

  Maximizing Efficiency: A Manufacturer's Guide to Reducing Fiber Laser Cutting Costs   In today's highly competitive manufacturing environment, improving operational efficiency has become vital for profitability. Fiber laser cutting machines have revolutionized metal fabrication with their precision, speed, and adaptability. Yet, to achieve their full potential, it's crucial to understand how to minimize operating expenses. This guide outlines effective methods to cut costs, increase productivity, and improve profit margins through smarter fiber laser management.     Smart Cost Control in Metal Fabrication and Energy Use   Integrating fiber laser cutters into your workflow can substantially reduce both material and energy expenses. The following strategies help maximize savings and efficiency.       1. Optimize Material Utilization   A major benefit of fiber lasers lies in their ability to minimize waste. Using intelligent nesting software and advanced cutting algorithms allows you to optimize sheet layouts, reducing scrap and improving raw material efficiency. This not only lowers material expenses but also minimizes waste disposal costs.     2. Boost Energy Efficiency   Although fiber lasers are inherently energy-saving compared to conventional cutting systems, further optimization can deepen the savings:   Adopt smart power management to reduce idle energy draw. Adjust cutting parameters for optimal performance with minimal energy use. Install high-efficiency cooling systems to curb overall electricity consumption.   3. Increase Throughput and Productivity   Higher production speed without sacrificing precision lowers per-unit costs. Fiber lasers naturally deliver fast cutting and quick setup. To further enhance throughput:   Employ automated material loading and unloading. Plan jobs strategically to reduce idle time. Use multi-pallet or continuous feed systems for uninterrupted operation.   Strengthening ROI: Lower Maintenance and Consumable Costs   While the upfront investment in fiber laser machines may seem high, smart management ensures rapid payback. Reducing maintenance and consumable costs plays a key role in this.     1. Preventive Maintenance   Scheduled maintenance prevents downtime and costly repairs. Build a proactive program by: Following manufacturer service guidelines. Training operators for basic inspections and upkeep. Keeping detailed logs to detect trends and prevent failures early.   2. Efficient Consumable Management   Assist gases, lenses, and nozzles can consume a notable portion of your budget. To cut these costs: Choose premium consumables that last longer. Store and handle components properly to prevent premature damage. Optimize cutting parameters to minimize wear and gas use.   3. Use Remote Diagnostics   Modern fiber laser systems often feature remote monitoring tools. Remote troubleshooting can resolve many issues without technician visits, saving both time and service fees.     Fine-Tuning for Cost Efficiency   Proper machine settings can dramatically impact operating costs. Continuous calibration and parameter optimization ensure maximum performance with minimal waste.   Cutting Speed & Power: Balance speed and laser output carefully. Excess speed increases power use and lowers cut quality. Run periodic tests to find the ideal settings for each material. Gas Pressure: Overuse of assist gas raises costs. Adjust pressures by material type and thickness, or automate gas control for consistency. Focus & Standoff Distance: Maintaining accurate focus prevents dross and reduces rework. Regular calibration ensures cleaner cuts and lower labor costs.   Final Thoughts   Lowering fiber laser cutting costs requires a strategic approach that combines energy optimization, proactive maintenance, and fine-tuned machine control. By adopting these methods, manufacturers can significantly cut expenses while maintaining top-tier quality and output. Continuous analysis, adjustment, and improvement are key to long-term operational success in laser-based fabrication.     FAQ   1. How long does a fiber laser cutting machine usually last ?   The service life of a fiber laser cutting machine largely depends on how intensively it’s used and how well it’s maintained. On average, these machines can operate efficiently for 10 to 15 years, and with consistent upkeep, some units can remain productive for even longer.     2. When should the laser source be replaced ?   Fiber laser sources are known for their exceptional durability. Most models can function reliably for 100,000 to 200,000 working hours, equivalent to roughly 11–22 years of nonstop operation. Under normal manufacturing conditions, replacement is rarely necessary within that timeframe.     3. Is it possible to upgrade my CO₂ laser machine with a fiber laser source to save money?   Although some CO₂ laser systems can technically be upgraded, doing so is usually not a practical or economical choice. The two technologies differ in beam delivery, optics, and control systems. For most manufacturers, purchasing a new fiber laser cutting machine yields better performance, higher reliability, and lower long-term costs.   Take the first step towards optimizing your manufacturing process. Email us at info@perfectlaser.net or visit our website to explore our range of fiber laser cutting machine options and find the perfect solution for your needs.    

  In today’s industrial manufacturing and precision engineering sectors, selecting the right laser system can greatly influence both productivity and product quality. With continuous advancements from industry laser equipment suppliers, it’s essential for companies to understand how Fiber, CO₂, and UV lasers differ before investing in equipment. This guide provides a clear overview of laser technologies to help you decide which option best matches your production requirements.     How Do Fiber, CO₂, and UV Laser Wavelengths Compare?   A key factor in choosing a laser is the wavelength it operates on, as this determines how it interacts with different materials.     Fiber Laser Characteristics Operating around 1064 nm in the near-infrared range, fiber lasers are absorbed strongly by metals. This makes them highly effective for metal cutting and engraving. Their shorter wavelength also produces a smaller focal spot, leading to precise results and faster processing speeds.       CO₂ Laser Properties   CO₂ lasers function in the far-infrared region at about 10,600 nm. They perform best on organic and non-metallic materials such as plastics, leather, wood, and textiles. Their versatility and ability to produce smooth, clean edges make them popular for non-metal applications.       UV Laser Features   UV lasers work at very short wavelengths between 266–355 nm. Their high energy allows them to break molecular bonds, which makes them suitable for micro-machining, detailed engraving, and applications involving heat-sensitive materials.       Comparing Laser Efficiency in Metal Processing   When efficiency in metal cutting or marking is the goal, different laser types perform quite differently.   Fiber lasers dominate in metal processing thanks to their speed, precision, and energy savings. They can cut thin sheets and thick plates alike with consistent accuracy.   CO₂ lasers can mark and cut metals but are generally slower and less precise due to greater heat input and wider kerfs.   UV lasers are not designed for heavy metal cutting but excel in specialized tasks like micro-marking and working with foils without causing heat damage.     Choosing the Right Laser for Your Applications   For metals: Fiber lasers are the most effective, offering fast, clean cuts on steel, aluminum, copper, and more.   For non-metals: CO₂ lasers are preferred for wood, acrylic, textiles, and similar materials, producing smooth edges and minimal burn.   For electronics & micro-machining: UV lasers are best for delicate processes such as PCB drilling or semiconductor work, where precision is critical.   For mixed-material needs: Some industries benefit from combining systems or using versatile fiber lasers with additional options for non-metals.       Conclusion   Selecting between Fiber, CO₂, and UV laser machines is an important strategic decision for manufacturers. Each has unique strengths: Fiber: unmatched for metals. CO₂: ideal for non-metallic substrates. UV: perfect for high-precision, small-scale work. By considering your core materials, desired results, and production scale, you can invest in the system that maximizes efficiency and quality.   As technology evolves, fiber laser cutting machine manufacturers and other suppliers are continually enhancing their equipment. Staying updated ensures your business remains competitive.       FAQs   Q1: Can one machine cut both metals and non-metals?   A: While some fiber systems handle certain non-metals, specialized equipment is usually more effective. CO₂ lasers work better for organics, while fibers are best for metals.     Q2: Which laser has the lowest operating cost?   A: Fiber lasers usually have the lowest running expenses thanks to their energy efficiency and durability. CO₂ machines require more consumables, and UV systems are the most costly due to their specialized components.     Q3: What safety measures are necessary?   A: All lasers demand protective gear, enclosures, and ventilation. Invisible beams from fiber and UV systems require additional safety measures and interlocks.  

    Recently, Perfect Laser officially announced the launch of its latest masterpiece — PEDK-6040S hammer painting laser engraving machine. This innovative device perfectly combines traditional glass hammering skills with modern laser engraving technology, bringing revolutionary changes to the fields of artistic creation and industrial design.     Product Highlights: The Perfect Blend of Art and Industry   The PEDK-6040S hammer painting laser engraving machine has quickly gained attention for its unique design and reliable performance. It uses high-precision laser technology to create controlled cracks or patterns on material surfaces, enabling artistic processing of non-metallic materials such as glass and acrylic. This machine preserves the aesthetic charm of traditional glass hammering while integrating the precision and efficiency of modern laser engraving.     Dual-Mode Function: Effortless Switching Between Engraving and Cutting   One of the key features of the machine is its dual-mode capability, allowing users to switch seamlessly between engraving and cutting on a single machine. This flexible design streamlines workflow and enhances overall efficiency. With its versatile functionality, it's well-suited for a wide range of applications, including artistic creation, commercial customization, and industrial design.     Versatile Applications to Meet a Wide Range of Needs The PEDK-6040S Hammer Laser Engraving Machine is designed to handle a variety of non-metallic materials, including (but not limited to) glass, acrylic, two-color boards, softwood, hardwood, corrugated cardboard, MDF, leather, fabric, rubber sheets, resin, and fiberboard. Its broad material compatibility makes it a practical choice for artistic creation, commercial customization, and industrial design.   Reliable Technical Performance and Quality Configuration   The PEDK-6040S Hammer Laser Engraving Machine is built with solid technical specifications. It features a sealed CO₂ laser tube with a wavelength of 10.64μm, a working area of 600×400mm, engraving precision up to 0.01mm, and a cutting depth range of 0–15mm. The system supports multiple operating systems and includes well-engineered components such as a honeycomb worktable, linear guides, and a precision cutting head—ensuring consistent accuracy and efficient operation for both engraving and cutting tasks.     The launch of the PEDK-6040S hammer painting laser engraving machine from Perfect Laser not only brings a new solution to the fields of artistic creation and industrial design, but also further demonstrates Perfect Laser's innovative strength and market foresight in the field of laser engraving technology. We believe that this innovative device will shine in the future market and create value for more users.     If you are interested in Perfect Laser's hammer painting engraving machine, please leave a message or call for consultation, we will provide you with more detailed information and look forward to cooperating with you.      

    Perfect Laser has officially released two innovative laser cleaning solutions: PE-1000Z: Handheld Integrated Dual-Head Laser Cleaning Machine  PE-100Z: Portable Laser Cleaning Machine      With cutting-edge performance and unique designs, both models are drawing strong attention across the laser cleaning industry. Here’s how they compare.     1. Portability & Flexibility   PE-1000Z | Dual-Head Power with Mobility   Despite its dual-head design, the PE-1000Z has been structurally optimized for easier handling. While slightly larger and heavier, its dual cleaning heads make it perfect for large-area cleaning or complex patterns. A built-in roller system ensures smooth mobility within workshops.     PE-100Z | Ultra-Lightweight & Versatile   Weighing only 15 kg, the PE-100Z redefines portability. It can be carried by hand or worn as a backpack, making it ideal for tight spaces, outdoor tasks. Operators can easily move through complex work environments, ensuring efficient, barrier-free cleaning.   2. Cleaning Efficiency   PE-1000Z | Dual-Head Efficiency   With two laser cleaning heads, the PE-1000Z delivers double the cleaning power compared to single-head models. The heads can operate independently or together, significantly boosting productivity. This makes it a top choice for industries like mold manufacturing and automotive, where speed and precision matter most.   PE-100Z | Smart, High-Performance Cleaning   Equipped with a single head, the PE-100Z combines precise cleaning technology with an intelligent operating system for rapid stain removal. It’s highly effective across diverse materials and shapes, serving sectors such as aerospace, automotive, and electronics.     3. Intelligent Operation   Both models feature intuitive, intelligent operating systems with multiple working modes. Users can start cleaning in seconds—simply power on, choose a mode, and begin with one click. This user-friendly interface lowers the learning curve and improves overall efficiency.     4. Wide Application Fields   PE-1000Z: Ideal for molds, semiconductors, sports equipment, automotive, metal fabrication, sheet metal, and electronics, handling workpieces of varying materials and shapes.   PE-100Z: Well-suited for aerospace, automotive, electronics, semiconductors, cultural relics restoration, and food processing, especially in scenarios demanding portability and flexibility.     Shaping the Future of Laser Cleaning   With the launch of the PE-1000Z and PE-100Z, Perfect Laser has combined portability, efficiency, safety, and environmental protection into two groundbreaking solutions. These machines are set to drive new progress and opportunities within the laser cleaning industry.      

In recent years, with the rapid development of laser technology,Co2 laser cutters, with their advantages of high precision, high efficiency and flexibility, have set off a storm of innovation in material processing in the fields of advertising signs, handicraft production, architectural decoration, etc. Especially in the processing of acrylic (PMMA) materials,Co2 laser cutters have become the industry's preferred tool with their unique performance of "no contact, zero deformation, and smooth edges".   Acrylic (PMMA) material has become a "star material" in the fields of advertising signs, handicrafts, home decoration, industrial parts, etc. due to its high transparency, lightness, durability and strong plasticity. However, how to process acrylic efficiently and accurately has always been a pain point in the industry. The emergence of 100w laser cutters has redefined the efficiency and quality of acrylic processing with its disruptive advantages of "fast, accurate and beautiful".   1. Laser cutting: the "efficiency revolution" of acrylic processing   Traditional mechanical cutting requires frequent tool replacement and parameter adjustment, while laser cutting machines can achieve continuous cutting with a single button start through preset programs. The efficiency of Co2 laser cutter is 3-5 times higher than that of traditional processes. It supports rapid response to batch orders, which is especially suitable for customized needs and helps companies seize market opportunities. The laser beam cuts in a non-contact manner to avoid material deformation or cracks caused by mechanical pressure, and retains the integrity of the acrylic raw material to the maximum extent. Accurate path planning reduces scrap and reduces costs.   2. Precision and quality: the "double trump card" of laser cutting "Co2 laser cutter has high precision and can easily achieve fine processing of complex patterns and tiny text. For example, when engraving a line with a width of 0.1 mm on acrylic crafts, the edge is still smooth and burr-free. With the intelligent visual positioning system, even if the material is slightly deformed, the cutting path can be automatically corrected to ensure zero error in the finished product. The laser melts the material instantly at high temperature, and there is no slag or burnt marks at the incision. The edge is smooth like a mirror and no secondary polishing is required. It supports creative processes such as hollowing, gradient, and layered cutting to meet the stringent requirements of high-end advertising light boxes and art installations for light transmittance and layering."     3. Application scenarios: "full coverage" from industry to life Advertising Logo: laser cutting acrylic light boxes, three-dimensional characters, guide signs, uniform light transmission, strong visual impact.   Cultural and Creative Gifts: customized acrylic jewelry boxes, ornaments, trophies, engraved LOGO and patterns to enhance product added value.   Industrial Manufacturing: processing acrylic instrument panels, protective covers, experimental equipment, with both precision and durability.   Home Decoration: making acrylic partitions, screens, creative lamps, integrating modern aesthetics and practical functions.     If you are interested in the Co2 laser cutter of Perfect Laser, please leave a message or call us for consultation. We will provide you with more detailed information and look forward to cooperating with you.

Recently, Perfect Laser officially launched its new generation of laser glass stripping, sandblasting and drilling machine - the PEDB-190. The laser sandblasting machine integrates three functions: laser stripping, sandblasting and drilling. It innovates traditional processing technology with breakthrough technology, providing efficient and environmentally friendly intelligent processing solutions for industries such as construction, automobiles, home furnishings, and electronics.     Four core features redefine processing efficiency and quality   1. High efficiency, energy saving and green production The laser sandblasting machine PEDB-190 is equipped with a high-quality MOPA fiber laser, which has high energy density and stable beam quality. While improving processing accuracy and speed, the laser sandblasting machine is small in size and low in power consumption, taking into account high performance, energy saving and environmental protection. Through non-contact laser etching technology, a single process can complete the precise graphic processing of the light-transmitting area and the switch button, which is 2-3 times more efficient than traditional processes, helping enterprises reduce energy consumption and production costs.     2. Large-format processing, flexible customization The laser sandblasting machine supports a large working area of ​​2.5 meters × 1.6 meters, and can customize the processing size according to customer needs, easily meeting the processing needs of large-size products such as smart mirrors, automotive glass, and home decoration. At the same time, the laser sandblasting machine integrates automatic loading and unloading, multi-station operation, visual positioning and modular configuration functions to achieve unattended fully automated mass production to meet the personalized customization needs of different customers.     3. Accurate and stable, worry-free quality Adopting anti-reflection fiber laser and high-speed scanning galvanometer, the processing accuracy reaches ±0.03mm, without splicing marks, ensuring the precise processing of complex patterns and tiny apertures. The mirror laser sandblasting machine supports 7×24 hours of continuous and stable operation, maintenance-free design, zero consumables and pollution-free operation, providing enterprises with stable and reliable production guarantee.     4. Multi-function integration, cost reduction and efficiency improvement The mirror laser sandblasting machine PEDB-190 breaks through the traditional single function limitation, integrating paint stripping, sandblasting and drilling in one, meeting the diversified processing needs. The non-contact processing method effectively reduces dust and noise pollution, meets environmental protection standards, simplifies the production process, reduces equipment procurement and maintenance costs, and creates significant economic benefits for enterprises.   Perfect Laser has always been committed to technological innovation and quality improvement. The release of the mirror laser sandblasting machine PEDB-190 marks an important step for laser processing technology to move towards intelligence, greenness, and efficiency. In the future, Perfect Laser will continue to be customer-oriented, promote industry technology upgrades, and help the high-quality development of the global manufacturing industry.   If you are interested in the laser glass stripping, sanding and drilling machine from Jiaxin Laser, please leave a message or call us for consultation. We will provide you with more detailed information and look forward to cooperating with you.

In today's wave of manufacturing transformation and upgrading, the laser soldering machine industry is booming at an astonishing speed and has become a key force in promoting progress in the field of high-end manufacturing. With its significant advantages such as high precision, high efficiency, non-contact, strong adaptability, environmental protection and energy saving, laser soldering machines have emerged in many industries and shown broad development prospects.   Laser welding technology achieves atomic-level bonding of materials through high-energy-density laser beams. Its penetration ratio is more than three times that of traditional resistance welding, and thermal deformation is reduced by 70%. Taking automobile manufacturing as an example, laser welding can increase the strength of the car body by 15%, and the welding speed is five times higher than that of traditional processes. The annual production capacity of a single automated production line exceeds 300,000 units. In the field of power batteries, laser welding equipment has covered core components such as battery cell tabs and module housings, with a welding yield of 99.99%, pushing the range of new energy vehicles to exceed 1,000 kilometers.   Our company, Perfect Laser, has created three laser welding machines suitable for different scenarios based on user needs.   The first is the PE-W2000, a three-in-one handheld welding machine used in the automotive, electronics, steel, aerospace, shipbuilding and other industries. This fiber welding machine integrates welding, cutting and cleaning functions, and one fiber welding machine is equivalent to three devices. The welding head weighs 0.7kg and is suitable for metal welding of 0.5mm-3mm, such as lap welding, spot welding, external fillet welding, internal fillet welding, meeting the needs of various welding processes.     The second model is the PE-W100/W150, which is suitable for welding precision components in the jewelry, battery, automotive and other industries.The jewelry laser welder can be used for spot welding and seam welding of many small metal parts. The parts to be processed can be held by hand and welded conveniently under a microscope.The jewelry laser welder uses a ceramic cavity imported from Germany, which has high reflectivity, is not easily scratched, and requires no maintenance.The jewelry laser welder can accomplish more than just jewelry welding, and can be equipped with a fixture lifting platform as required.     The third model is a portable air-cooled laser welding machine PE-W800 W1200 W1500, which is used in power distribution cabinets, kitchen and bathroom industries, home appliances industries, advertising industries, mold industries, and stainless steel door and window industries. This portable laser welder is flexible and portable, and easy to operate. The welding gun weighs 0.68kg, the maximum swing width is 5mm, and the maximum welding thickness is 5mm. The portable laser welder is light and portable, can be controlled by one person, and is suitable for a variety of welding processes. The welding gun head adopts a straight interface, which greatly reduces the size and weight of the welding gun.     If you are interested in our three laser welding machines, please leave a message or call us, and we will provide you with more detailed information and look forward to cooperating with you.

Recently, a dual-bridge manual glass cutter named PEG-2520, specifically designed for high-precision and high-efficiency glass cutting, has attracted extensive attention in the glass processing industry, thanks to its outstanding performance and five remarkable advantages. Developed and launched by Perfect Laser independently, this machine aims to meet the stringent glass cutting requirements in various fields such as the construction industry, photovoltaic industry, automotive industry, and decorative glass sector. 1.Efficient Multi-blade Cutting CapabilityThis manual glass cutting machine is equipped with multiple adjustable blade cartridges and supports a multi-blade collaborative system, enabling efficient batch cutting of glass. Whether it’s square or rectangular glass panels, the manual glass cutting machine can handle them with ease, significantly boosting production efficiency. 2.High-Precision Cutting PerformanceThe glass cutting table machine achieves a cutting accuracy of ±0.15mm/m and a diagonal accuracy of ±0.25mm/m, placing it at the forefront among similar products. While manual adjustment is required, the machine’s precise glass positioning ensures that every cut meets stringent accuracy standards, catering to the demands of high-quality glass processing. 3.Flexible Cutting DimensionsThe glass cutting table machine supports glass cutting within a range of 150×150mm to 2500×2000mm, with a minimum post-cutting glass size of 20×20mm. Additionally, the machine’s cutting width can be customized according to customer requirements, offering exceptional flexibility. 4.User-Friendly Operation ExperienceAlthough the cutting process of the glass cutting table machine is manually executed, the distance between blade cartridges can be manually adjusted by setting the spacing of the blade holders. Once configured, users can initiate batch cutting by simply pushing the horizontal and vertical bridges. This design streamlines the operation process, reduces complexity, and allows even beginners to quickly master the machine. 5.Diverse Configuration OptionsThe double bridge manual glass cutting machine is equipped with a composite wood tabletop lined with industrial felt to ensure stability and accuracy during cutting. Additionally, tabletops made from other materials such as resin, artificial leather, metal, or marble can be customized according to customer requirements. Furthermore, optional vacuum suction platforms, as well as air-blowing and air-suction devices, are available to meet a wider range of processing needs. The launch of the PEG-2520 dual-bridge manual glass cutting machine undoubtedly brings a brand-new solution to the glass processing industry. Its efficiency, high precision, flexibility, user-friendly operation, and diverse configuration options make it highly competitive in the market and provide glass processing enterprises with more reliable and efficient processing equipment. If you are interested in our dual-bridge manual glass cutting machine, please leave a message or give us a call for inquiries. We will provide you with more detailed information and look forward to cooperating with you.

Laser marking machine is a kind of equipment widely used in various industries for marking on various materials. Although many people don't know much about it, its application is very wide, and almost any industry that needs marking can use laser marking machine. The fiber laser engraving machine uses a fiber laser, which has the characteristics of small size (no water cooling device is required, air cooling is used), good beam quality (base mode), and maintenance-free. The fiber laser engraving machine is mainly composed of three parts: laser, galvanometer lens and marking card. The fiber laser marking machine has excellent beam quality, the output center is 1064nm, and the service life can reach about 100,000 hours, which is longer than other types of laser markers. Its electro-optical conversion efficiency is above 28%, which has significant energy-saving and environmental protection advantages compared to the 2%-10% conversion efficiency of other laser marking machines. Equipment features:The fiber laser marker can process a variety of metal and non-metal materials, especially suitable for marking high hardness, high melting point and brittle materials.Non-contact processing, no damage to products, no tool wear, high marking quality.The laser beam is thin, the consumption of processing materials is small, and the processing heat affected zone is small.The processing efficiency is high, computer control is adopted, and fiber laser marker is easy to realize automation. Application fields:The fiber laser marker is widely used in the marking of graphics and text in many fields such as integrated circuit chips, computer accessories, industrial bearings, clocks and watches, electronic and communication products, aerospace components, various auto parts, home appliances, hardware tools, molds, wires and cables, food packaging, jewelry, tobacco and military supplies, as well as large-scale production line operations. Future advantages:1. High-precision micro-nano processing: micron-level spot achieves nanometer-level precision, suitable for high-end fields such as semiconductors and precision instruments;2. Intelligent flexible production:the fiber laser marker integrates AI and machine vision, automatically switches parameters, and meets the needs of small batch and multi-variety customization;3. Zero consumables green manufacturing: no ink, low energy consumption, operating cost is only 1/10 of the traditional, in line with the global environmental protection trend;4. Full material compatibility:the fiber laser marker is universal for metal/non-metal/composite materials, and is particularly good at marking highly reflective and brittle materials;5. Low cost and long life: 100,000 hours of laser life, low maintenance cost, and rapid investment recovery in 1-2 years. Daily maintenance:1. When the fiber laser marker is not working, the power supply of the marking machine and computer should be cut off.2. When not working, cover the field lens to prevent dust from contaminating the optical lens.3.When the fiber laser marker is working, the circuit is in a high voltage state. Non-professionals are not allowed to repair it to avoid electric shock.4. The power supply should be cut off immediately in case of failure.5. After long-term use, the lower surface of the focusing lens may absorb dust, affecting the marking effect. 6. It should be checked and cleaned regularly. If you are interested in our fiber laser marking machine, please leave a message or call us, we will provide you with more detailed information and look forward to cooperating with you.

Perfect Laser launches a new small desktop 3D crystal engraving machine, which brings customers a high-quality experience of high stability and high engraving quality.                       What are the highlights of this machine? 1.Efficient engravingThis desktop 3D crystal laser engraving machine uses professional 3D optical technology, combined with high-speed scanning and fully automated control, to quickly and accurately engrave fine three-dimensional patterns inside transparent materials such as crystal, glass, and acrylic. It uses a UV solid laser with a wavelength of 355nm, which is suitable for marking and engraving on various transparent materials and has the advantage of a long service life. 2.Meeting diverse needsThis internal engraving machine not only has 3D internal engraving function, but also integrates UV marking function, which can meet users' diverse needs for crystal internal engraving and material surface marking. It uses pulse laser energy constant technology to greatly improve the quality of laser engraving. 3.High cost performance and easy maintenancePE-DP-5050 is designed for the crystal imaging market, with the characteristics of low cost, high output, stability and easy maintenance. It adopts maintenance-free optical path system, high-precision motion control system and modular equipment design, making maintenance work simple and fast. At the same time, its low cost and high efficiency make it the preferred choice for large supermarkets, resorts, personalized portrait production and personal entrepreneurship. 4.Personalized customizationThe maximum range that this engraving machine can engrave is 50mm*50mm*80mm (optional 70mm*70mm*50mm), with high engraving and marking speed, which can meet personalized engraving customization needs according to needs. Its accuracy is as high as 0.01mm, ensuring the clarity and fineness of the engraved pattern. 5.Wide range of applicationsIt is mainly used for three-dimensional engraving inside transparent materials such as crystal, glass, acrylic, etc. These materials are very suitable for making personalized souvenirs, decorations and artworks due to their unique transparency and glossiness. In addition, the engraving machine also has a UV marking function, which can mark the surface of the material, further broadening its application range. If you are interested in our PE-DP-5050 desktop 3D crystal engraving machine, please leave a message or call us, we will provide you with more detailed information and look forward to cooperating with you.

Today I am excited to introduce to you our innovative mini laser marking machine — PEDB-50. This is not only a portable DIY pattern laser engraving machine, but also a mini lettering artifact that can add personalized marks to your various items.     What are the uses of this machine? With its 5W semiconductor laser technology, PEDB-50 can easily cope with the engraving needs of various materials such as wood, metal, plastic, glass, leather and ceramics. What's more amazing is that this machine can also easily cut wood, bamboo, paper, leather, plastic, cloth, wool, acrylic, glass, ceramics, and even hard materials such as food, fruit, bones, shale, bricks and cement to meet your diverse creative needs.   What is the design highlight of this machine? This compact and portable laser engraving machine is made of anodized aluminum, which is not only durable but also high-end. Its high-speed galvanometer design enables it to achieve more accurate and faster engraving in a compact size, and supports batch engraving. You can operate it handheld without being limited by the size and shape of the engraved object; you can also place it on a bracket for marking and engraving at multiple angles to meet the needs of engraving large objects. In addition, we also provide personalized customization services, as well as optional accessories such as lifting frames, acrylic protection plates, mobile power supplies and rollers, so that your creations are more handy and full of personality.   Who is it suitable for? In order to ensure your safety, we have specially equipped you with a magnetic goggles to effectively protect your eyes from laser damage, so that you can feel more at ease during the creation process. At the same time, the operation of PEDB-50 is also extremely simple, and it can be easily controlled through the APP, which is very suitable for home use. Whether you are a beginner or an experienced creator, PEDB-50 can make it easy for you to get started. It supports computer and mobile phone operation. Through our APP program, you can easily design and create any favorite works, allowing your creativity to extend infinitely.   How does this machine perform? It is worth mentioning that the engraving speed of PEDB-50 is as high as 600mm/s, and the accuracy can reach 0.05mm. We use advanced compressed spot technology, and the spot after laser focusing is only 0.5mm, ensuring that every engraving can achieve high-precision effects, making your work more delicate and exquisite. And it is small size and light weight, only 680g, allow you to carry it easily and start your creative journey anytime, anywhere.   If you are curious and looking forward to this mini marking machine, please feel free to leave a message or call for consultation. We look forward to working with you to start a creative and beautiful journey together, making your life more exciting because of PEDB-50!