• 30
    Countries Served
  • 24/7
    Technical Support
  • 200
    Employee Count
  • 2022
    Founding Time

Comprehensive Technical Solutions for the Entire Field of Laser Precision Machining:

1. Laser Precision Marking

  • Full-material compatibility: Permanently marks metals, plastics, ceramics, glass, and more with micron-level precision

  • Advanced identifiers: Supports QR codes, serial numbers, and complex graphics engraving for traceability

  • Critical applications: Widely used in high-end traceability fields including electronic components, medical devices, and aerospace


2. Ultra-thin Glass Laser Precision Cutting

  • Breakthrough technology: Enables fragment-free cutting of 0.1–2mm ultra-thin glass, overcoming traditional limitations

  • Edge strength innovation: Proprietary thermal stress control boosts edge strength by 300%

  • Revolutionary solutions: Core technology for foldable displays, automotive screens, and photovoltaic substrates

3. High-Stability Laser Welding Systems

  • Dissimilar material expertise: Solves welding challenges for copper-aluminum alloys with ±5μm thermal deformation control

  • Customized key processes: Develops hermetic sealing for EV batteries and gas-tight welding for sensors

  • Industry-leading yield: Achieves **>99.8% welding yield** to enhance smart manufacturing efficiency


4. Micro-nano Laser Etching Equipment

  • Ultra-fine capabilities: Minimum line width of 5μm, supporting curved-surface super-fine patterning

  • High-end applications: Critical for semiconductor lead frames, PERC solar cells, and precision mold texturing

  • Technology driver: Accelerates R&D in flexible circuits and next-gen microelectronics


5. Laser Precision Cutting

(1) Metal Cutting

  • Accuracy: ≤10μm for metals (steel, aluminum, tungsten) under 2mm thickness.

  • Thermal control: Heat Affected Zone (HAZ) <30μm.

  • Applications: Medical implants, precision instruments

(2) PCB/FPC Circuit Board Cutting

  • Precision: ≤10μm accuracy with HAZ <30μm.

  • Technology: High-speed galvanometer scanners for efficiency

(3) Glass Cutting

  • Thickness range: 0.05–10mm; edge chipping <30μm.

  • Key uses: Display panels, photovoltaic substrates, hermetic glass lids 


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Lecheng Intelligence Technology (Suzhou) Co., Ltd.

Lecheng Intelligence Technology (Suzhou) Co., Ltd. is strategically located in the vibrant industrial hub of Changshu Economic Development Zone. As a technology-driven enterprise specializing in laser processing equipment for the new energy sector, the company has embedded "technological innovation" into its core DNA since its inception. Committed to advancing the upgrade of the new energy industry, Lecheng continuously refines its expertise across the entire value chain—R&D, production, and after-sales service—for laser and automation equipment used in perovskite solar cells (PSCs). The company also provides complete perovskite solar cell production line solutions, establishing a prominent position within the industry through its professional capabilities.
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Featured products

Product advantages

  • Perovskite laser production line

    Lecheng Intelligent is a leading expert in perovskite solar cell laser processing equipment. Specializing in high-precision laser scribing and edge deletion machines for perovskite PV production, their product lineup includes P1, P2, P3 laser scribing equipment and P4 edge isolation devices. Their systems feature real-time focus tracking, vision compensation, and multi-beam scribing capabilities, supporting up to 150MW production lines and enabling high efficiency with minimized dead zones for large-area perovskite modules.



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  • Laser Scribing Equipment

    Lecheng is one of the leading Laser scribing equipment manufacturer in China.

    Lecheng Laser scribing equipment utilizes high-energy laser beams to create precise micro-cuts or grooves on materials such as silicon wafers, thin-film solar cells, ceramics, and metals (≤0.5 mm thickness). This non-contact process achieves micron-level accuracy (kerf width: 0.01–0.05 mm) through controlled ablation, enabling electrical isolation or segmentation in photovoltaic cells and semiconductor devices. 

    Key components  of Laser scribing equipment include:

    • Laser Source: Fiber (1064 nm), UV (355 nm), or CO₂ (10.6 µm) lasers, selected for material compatibility and precision requirements.

    • Galvanometer Scanning System: High-speed mirrors (≤8,000 mm/s) for beam positioning with ±0.001 mm repeatability.

    • CNC Worktable: Automated vacuum adsorption platform for stable material handling.

    • Cooling System: Air or water cooling (precision: ±0.5°C) to maintain thermal stability.

    • Software: Compatible with CAD/CAM tools (e.g., AutoCAD, CorelDraw) for path programming and real-time monitoring. 

    As the leading Laser scribing equipment manufacturer, Lecheng offers the OEM service for our loyal customers worldwide.

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  • Laser Edge Isolation Equipment

    Laser Edge Cleaning Equipment - This system utilizes laser etching technology to perform the P4 edge cleaning process. It not only enables fixed-width edge scanning along all four sides of the substrate but also supports customized edge patterning in other specified areas based on unique product design requirements.

    Key Features:

    • P4 Process Compatibility: Precision laser etching for edge isolation.

    • Flexible Processing: Handles both standard peripheral scanning and customized patterns.

    • Substrate Adaptability: Suitable for diverse materials and design specifications.


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  • Laser Marking Equipment

    Le Cheng provides high-performance laser marking equipment including fiber laser markers, CO2 engravers, and UV laser systems for metals, plastics, and electronics. Our CE-certified machines deliver permanent, high-speed marking with low maintenance. Ideal for automotive, aerospace, and medical industries. Free quote available!

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  • Laser engraving machine

    A laser engraving machine is an advanced technological device that utilizes a focused laser beam to create permanent marks, patterns, or designs on various materials through a process of melting, vaporizing, or inducing chemical changes on the surface. Operating similarly to a computer printer, it translates digital designs from software into precise physical engravings. These machines are highly versatile and can process a wide range of materials, including metals (e.g., stainless steel, aluminum), non-metals (e.g., wood, acrylic, glass, leather), plastics, and ceramics. They are valued for their high precision (up to 1000 DPI resolution), speed (e.g., engraving speeds up to 1000mm/s), and efficiency, enabling detailed and complex designs without physical contact, which eliminates tool wear and reduces material damage.

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  • Photovoltaic Solar Testing Equipment

    Photovoltaic Solar Testing Equipment Manufacturer: Lecheng Laser


    Our advanced photovoltaic solar testing equipment is designed to ensure the quality, performance, and safety of solar energy systems. These professional testing instruments provide comprehensive evaluation of PV modules, including EL (Electroluminescent) testing, IV curve analysis, and steady-state performance measurement.
    With user-friendly interfaces and robust data management capabilities, our photovoltaic solar testing equipment help optimize system design, improve energy conversion efficiency, and extend the operational lifespan of photovoltaic installations.



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  • Laser Integrated Processing

    Utilizing dual or triple optical path designs, laser integrated processing system is primarily used for the development and testing of laser processes on small-format thin-film solar cells. laser integrated processing system enables simultaneous execution of laser scribing (P1, P2, P3) and edge isolation (P4) processes for thin-film solar cells.

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  • Laser Cutting Equipment

    Laser cutting equipment utilizes a high-powered, focused laser beam to precisely cut, melt, or vaporize materials like metals, plastics, and wood. Guided by CNC systems, it offers exceptional accuracy, speed, and clean edges for various industrial applications.

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Company Profile

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Products

  • Precision Laser Glass Cutting Equipment
    Precision Laser Glass Cutting Equipment
    High-precision laser glass cutting equipment for photovoltaic glass, thin-film substrates and advanced brittle material processing. Lecheng Intelligent provides professional precision laser glass cutting equipment for customers who need cleaner edges, lower chipping risk and stronger process consistency in advanced glass processing applications. This page highlights how Lecheng approaches laser glass cutting with greater focus on precision, substrate protection, production stability and engineering-oriented line integration.
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  • Thin-Film PV Laser Processing Production Line Solution
    Thin-Film PV Laser Processing Production Line Solution
    An integrated laser processing production line solution for thin-film photovoltaic manufacturing, covering laser cutting, glass separation, laser scribing and process-oriented system coordination.
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  • AM0 Solar Simulator for Space Solar Cell Testing
    AM0 Solar Simulator for Space Solar Cell Testing
    A high-precision AM0 solar simulator solution for space solar cell testing, aerospace photovoltaic evaluation and advanced solar device characterization. Lecheng Intelligent provides a professional AM0 solar simulator for space solar cell testing, helping customers achieve more reliable spectral simulation, stable irradiation control and stronger testing consistency for aerospace photovoltaic research. This page highlights how Lecheng approaches space solar cell testing with a stronger focus on optical accuracy, illumination uniformity, temporal stability and engineering-oriented test platform design.
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  • Perovskite Solar Cell Pilot Line Laser Processing Solution
    Perovskite Solar Cell Pilot Line Laser Processing Solution
    A process-oriented laser solution for perovskite solar cell pilot lines, covering P1, P2, P3 laser scribing and P4 edge deletion from lab verification to pilot-scale production. Lecheng Intelligent provides a professional perovskite solar cell pilot line laser processing solution for customers who are moving from laboratory validation to pilot line development. Instead of offering isolated equipment only, we support a broader engineering route for P1 P2 P3 P4 laser processing, helping customers improve process continuity, equipment matching, production stability and future scale-up readiness in perovskite photovoltaic manufacturing.
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  • P4 Laser Edge Deletion for Perovskite Solar Cells
    P4 Laser Edge Deletion for Perovskite Solar Cells
    Lecheng Intelligent provides a stable P4 laser edge deletion solution for perovskite solar cells, helping customers achieve cleaner edge isolation, better encapsulation compatibility and improved module reliability. This page highlights how Lecheng approaches P4 laser processing in perovskite photovoltaic manufacturing with stronger focus on edge quality, dead zone control and production-oriented consistency.
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  • P3 Laser Scribing for Perovskite Solar Cells
    P3 Laser Scribing for Perovskite Solar Cells
    Lecheng provides P3 laser scribing solutions for perovskite solar cells, helping achieve clean cell isolation, stable line quality and better module integration. Suitable for lab research, pilot lines and scalable photovoltaic manufacturing.
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Partner

News

  • What Is P4 Laser Edge Deletion In Perovskite Module Manufacturing
    2026
    05-10
    P4 laser edge deletion is essential for ensuring long-term reliability of perovskite solar modules. By removing edge layers and creating a clean sealing area, it prevents leakage, improves encapsulation quality and enhances module durability. For buyers, selecting the right P4 laser system means focusing on precision, process stability and compatibility with your module design and production scale.
  • P1 vs P2 vs P3 Laser Scribing: Key Differences In Perovskite Solar Cells
    2026
    05-09
    P1, P2 and P3 laser scribing are three different but closely connected steps in perovskite solar cell module manufacturing. P1 defines the bottom electrode isolation, P2 creates the interconnection channel, and P3 completes the final cell separation. For buyers, the best equipment should provide not only laser hardware, but also process testing, alignment control, stable scribing quality and upgrade flexibility for R&D, pilot line and scalable production.
  • How To Choose Perovskite Laser Scribing Equipment
    2026
    05-08
    The best perovskite laser scribing equipment should match your process route, material stack, substrate size and scale-up plan. Buyers should pay close attention to laser source selection, P1/P2/P3/P4 process capability, scribing quality, alignment accuracy, automation level and sample testing support. For perovskite solar cell manufacturing, a process-oriented equipment partner is often more valuable than a standard machine supplier.
  • What Testing Data Should A Solar Simulator Supplier Provide Before Purchase?
    2026
    05-07
    Before purchasing a solar simulator, buyers should request core optical data, repeatability and calibration information, and application-specific test evidence. The more transparent and relevant the data, the lower the procurement risk. For serious buyers, strong test data is not just supporting material—it is the foundation of a confident buying decision.
  • How To Evaluate A Solar Simulator Supplier’s Technical Support Capability
    2026
    05-06
    Evaluating a solar simulator supplier’s technical support capability means looking at pre-sales professionalism, installation and training strength, response speed, and long-term service value together. For buyers, strong support reduces risk, improves system usability, and helps ensure reliable testing over the full life of the equipment.
  • Can A Solar Simulator Support Both R&D And Production Testing?
    2026
    05-05
    A solar simulator can support both R&D and production testing, but only if its design truly balances flexibility, repeatability, and integration capability. Buyers should define their primary use case first and then judge whether the system’s architecture can grow with their needs. The best investment is not the one that promises everything, but the one that fits the real workflow best.

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