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Precision Laser Engraving and Cutting Machines
more detailPerfect laser Solutions for Your Projects! Explore Now!
1. USA 350W Coherent RF Metal tube
2. Dual Ball Screws Transmission
3. Imported Servo Motors
4. With CCD Camera
5. Unique Exhausted System & Blowing System .
6. Fixed Laser Path for make sure whole area cutting quality uniformity .
ARGUS 1325 300W CO2 Laser Cutting Machine for Wood offered by Argus Laser manufacturer . Inquiry ARGUS 1325 Wood CO2 Laser Cutting Machine solution directly with low price and high quality. Designed for cutting large size metal and non-metal materials : Wood, Acrylic, Metal. Configured with 150W-300W Co2 Laser Tube. Sufficient stiffness machine body with 1300*2500mm worktable.
Aluminum alloy crossbeam&laser head, import focus lens. Stepper motor&belt transmission, laser head height adjustable, RDCAM control system. Module steel frame structure to reduce the mechanical trouble effectively.
ARGUS 1325 300W CO2 Laser Cutting Machine for Acrylic sheet offered by Argus Laser manufacturer . Inquiry ARGUS 1325 Acrylic sheet CO2 Laser Cutting Machine solution directly with low price and high quality. Designed for cutting large size metal and non-metal materials. Configured with 150W-300W Co2 Laser Tube. Sufficient stiffness machine body with 1300*2500mm worktable.
Aluminum alloy crossbeam&laser head, import focus lens. Stepper motor&belt transmission, laser head height adjustable, RDCAM control system. Module steel frame structure to reduce the mechanical trouble effectively.
ARGUS 1325 300W CO2 Laser Cutting Machine for Metal offered by Argus Laser manufacturer . Inquiry ARGUS 1325 Metal CO2 Laser Cutting Machine solution directly with low price and high quality. Designed for cutting large size metal and non-metal materials : Wood, Acrylic, Metal. Configured with 150W-300W Co2 Laser Tube. Sufficient stiffness machine body with 1300*2500mm worktable.
Aluminum alloy crossbeam&laser head, import focus lens. Stepper motor&belt transmission, laser head height adjustable, RDCAM control system. Module steel frame structure to reduce the mechanical trouble effectively.
This article compares the performance of three laser sources—nanosecond, picosecond, and fiber lasers—in creating black markings on 316 stainless steel. The analysis focuses on their performance under salt spray tests and SEM analysis. The picosecond laser exhibited the best corrosion resistance and deep, neutral black markings, while the nanosecond UV laser showed good contrast but with slight color deviation. Fiber lasers produced brighter marks with larger color shifts. The article also discusses the advantages of picosecond lasers in industries like aerospace, medical devices, and automotive manufacturing, where durability and high-quality markings are essential.
This article discusses the advantages of thin film laser technology in industrial applications, emphasizing its high energy density, narrow bandwidth, and high repetition rate, which overcome the limitations of traditional fiber and solid-state lasers. The technology is ideal for ultra-precision processing in industries such as solar cells, lithium batteries, robotics, and biomedicine. It also plays a key role in supporting EUV light source technologies and advancing femtosecond laser applications.
This article explores the challenges and opportunities of laser processing diamond, emphasizing the material's extreme hardness and the limitations of traditional machining methods. Laser processing, particularly using picosecond and femtosecond lasers, offers a high-efficiency and precise solution for cutting and shaping diamond, making it ideal for applications such as jewelry, industrial tools, and high-precision manufacturing. The article also highlights the performance of INNO Laser's FORMULA series, which offers improved efficiency and stability for diamond processing.
This article introduces the latest advancements in UV laser coding technologies, highlighting three laser systems: the FIT air-cooled low-power nanosecond laser, the FOTIA mid-power nanosecond laser, and the high-power FORMULA(S) laser. Each system is designed to offer excellent performance with real-time power monitoring, one-click operation, and a wide operating temperature range, providing solutions for various industrial applications.
The introduction of laser cutting technology has solved the precision, efficiency, and cost issues inherent in traditional reflective tape cutting. Whether in traffic safety, industrial protective gear, or fashion-functional apparel, the application of laser cutting technology has driven innovation and upgrades in reflective tape. Through high-efficiency and precision laser cutting, reflective tape now meets higher quality standards and provides designers with greater creative flexibility, offering personalized and high-performance safety products to various industries and consumers.
Laser marking machines offer precision and efficiency, transforming the HTV industry by enabling high-quality, customizable T-shirt designs. This tutorial showcases how to create a unique T-shirt with intricate patterns, highlighting the advantages of laser technology over traditional methods. With features like wide material compatibility and cost-effective production, laser marking machines are revolutionizing personalized apparel manufacturing for businesses and DIY enthusiasts alike.
This guide provides essential material selection strategies for laser cutting heat transfer vinyl, focusing on minimizing toxic emissions. It highlights safe alternatives like TPU and silicone substrates, which are free from harmful byproducts, while warning against PVC and solvent-based materials.
I. Advantages of Laser Cutting Technology in Processing Reflective Thermal Transfer Films1. High Precision and Complex Pattern ProcessingLaser cutting achieves 0.1mm-level precision, making it ideal for intricate designs such as engraved text, logos, and gradient textures on reflective thermal trans