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  • Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
  • Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
  • Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
  • Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
  • Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
  • Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize
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Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize

  • >= 1 Sets
    $12,000

Customization:

Customized logo（Min.Order: 1 pieces）
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Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Cutting & Sorting: Designed to laser-cut silicon wafers for PV solar cells with high accuracy, featuring an integrated sorter function for efficient material classification and post-processing.
  • Multi-Material Compatibility: Capable of processing a wide range of materials including solar cell wafers, glass, crystal, plexiglass, wood, and leather via YAG laser technology (1064nm wavelength) and air cooling for sustained performance.
  • Customizable Programming: Supports industry-standard graphic formats (PLT, DWG, DXF) for flexible design integration and tailored cutting patterns.

Key features

  • 1. Material Technology

    • With YAG laser technology and a 1064nm wavelength, achieve precise cutting on delicate materials like silicon solar cell wafers, glass, and crystal without damaging fragile surfaces.

  • 2. Interactive Design

    • With a touchscreen interface supporting PLT, DWG, and DXF file formats, streamline workflow by importing complex designs directly for customization.

  • 3. Performance Parameters

    • With adjustable power settings (20W–50W) and air cooling, deliver 20% faster processing speeds than traditional models* while maintaining precision for high-volume tasks.

  • 4. Scenario Solutions

    • With an integrated sorter function, automate sorting of silicon wafers post-cutting, ideal for solar cell manufacturing and commercial-scale production.

  • 5. Certification Standards

    • With eco-friendly design and compliance with industrial safety standards, ensure sustainable and secure operation in commercial or industrial settings.

Product details

Silicon Wafer PV Solar Cell Laser Cutter With Sorter Function for Customize

The Silicon Wafer PV Solar Cell Laser Cutter with Sorter Function is a high-precision industrial machine designed for cutting and sorting solar cell wafers, glass, and other materials with unmatched accuracy. Equipped with a YAG laser (1064nm) and air cooling system, it ensures minimal thermal damage and continuous operation. Compatible with PLT, DWG, and DXF formats, it offers flexibility for custom designs. Three power options (20W, 30W, 50W) cater to diverse applications, from delicate solar cell processing to heavy-duty material cutting.

Technical specifications

FeatureSpecificationBenefit/Application Scenario
Laser TypeYAG (1064nm)Minimal thermal damage; ideal for solar wafers and glass.
Cooling ModeAir CoolingEfficient heat dissipation for 24/7 operation in solar production lines.
Power Range20W, 30W, 50WAdjustable power for thin materials (low power) to thick wood/plexiglass (high power).
Supported FormatsPLT, DWG, DXFDesign flexibility for custom patterns in electronics and signage industries.
Material CompatibilityCrystal, solar wafers, glass, wood, leatherVersatile for solar cell manufacturing,工艺品制作, and industrial prototyping.
Wavelength1064nmDeep penetration for thick materials like MDF or leather.

Customization guide

Adjust power levels (20W–50W) to match material thickness and desired precision. Use supported graphic formats to import custom designs, enabling batch production of unique patterns.

Get inspired

Streamline your solar cell production or craft intricate designs with precision. With this laser cutter, automate cutting and sorting processes to reduce downtime and boost efficiency in high-volume manufacturing.

Choose your model

ParameterBase Model (20W)Advanced Model (30W)Pro Model (50W)
Power Output20W+50% (30W)+150% (50W)*
Precision±0.1mm±0.08mm±0.05mm
Sorting CapacityBasic (manual)Semi-AutomatedFully Automated

Supplier's note

  1. Technical Breakthroughs:

    • YAG Laser (1064nm): Enables precise cutting on delicate solar wafers without thermal damage.
    • Air Cooling System: Ensures uninterrupted operation in 24/7 production environments.
    • Integrated Sorter: Reduces post-processing time by 40% compared to standalone systems.

  2. Optimal Version Selection:

    • Base Model (20W): Ideal for small workshops requiring basic precision (e.g., prototyping or low-volume solar cell trimming).
    • Advanced Model (30W): Suitable for medium-scale operations needing faster throughput and improved accuracy (e.g., glass cutting for electronics).
    • Pro Model (50W): Designed for high-volume manufacturers demanding ultra-precision and fully automated sorting (e.g., mass production of solar panels).

With the Pro Model’s 50W power, you can cut through thick materials 30% faster than industry benchmarks. Pair this with its ±0.05mm precision to ensure flawless solar cell edges, reducing waste and boosting yield. For custom leather goods, the Base Model’s 20W power ensures clean cuts without material deformation.

Frequently asked questions

  • Which Silicon Wafer Laser Cutter model suits small-scale solar cell production?

  • How to maintain the air cooling system of the Solar Cell Laser Cutter?

  • Can the Silicon Wafer Laser Cutter handle both solar cells and glass?

  • Does the Solar Cell Laser Cutter support custom sorting parameters?

  • Is the 1064nm wavelength compliant with solar industry standards?

  • Which file formats are supported for designing solar cell patterns?

  • How durable is the Silicon Wafer Laser Cutter for 24/7 industrial use?

  • How does the sorter function improve solar wafer processing efficiency?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Cooling SystemHigh-precision cutting of heat-sensitive materials (e.g., solar wafers)Industry Standard: Passive cooling (up to 50°C)
Our Base: Active air cooling (≤45°C)
Our Advanced: Enhanced active cooling (≤40°C)▲		Reduces thermal distortion (Base)
Further minimizes material warping (Advanced)		Higher energy consumption (Base)
Requires frequent filter maintenance (Advanced)
Supported GraphicsDesign flexibility for diverse projectsIndustry Standard: 2–3 formats (e.g., DXF, SVG)
Our Base: 3 formats (PLT/DWG/DXF)
Our Advanced: 5+ via plugins▲▲		Direct compatibility with CAD files (Base)
Universal file support without conversion (Advanced)		Limited native support for niche formats (Base)
Additional plugin costs (Advanced)
Laser TechnologyPrecision cutting on reflective/fragile materialsIndustry Standard: CO₂/Fiber lasers (e.g., 10.6 µm)
Our Base/Advanced: YAG laser (1064 nm wavelength)		Superior absorption in solar cells/glass (Base)
Minimal heat-affected zones (Advanced)		Higher cost compared to CO₂ lasers (Base)
Less effective on thick plastics (Advanced)
Material CompatibilityVersatile manufacturing across industriesIndustry Standard: 5–8 materials (metals, plastics)
Our Base: 8 materials (crystal, glass, wood, etc.)
Our Advanced: 10+ via presets▲		Direct support for solar wafers and composites (Base)
Customizable presets for niche materials (Advanced)		Requires calibration for unconventional materials (Base)
Steep learning curve for advanced settings (Advanced)
Power OutputHigh-volume production of thick/thin materialsIndustry Standard: 15–30W
Our Base: 20W (Standard precision)
Our Advanced: 50W▲▲ (Doubles cutting speed on 5mm glass)		Efficient for thin materials (Base)
Rapid processing of thick substrates (Advanced)		Limited throughput for mass production (Base)
Higher power consumption (Advanced)
WavelengthMaterial-specific cutting accuracyIndustry Standard: 1064 nm (YAG) or 10.6 µm (CO₂)
Our Base/Advanced: 1064 nm (Optimized for solar cells/glass)		Minimal charring on delicate substrates (Base)
Sharp edge quality on thin wafers (Advanced)		Poor penetration in thick plastics (Base)
Not ideal for organic materials (Advanced)

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