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New Energy

Laser Scribing Machine

A laser scribing machine is a high-precision, non-contact laser processing system used to cut, isolate, or pattern thin-film materials—especially in perovskite solar cells and flexible electronics. As a core component of an advanced laser patterning system, it enables accurate execution of P1, P2, and P3 scribing steps, critical for cell efficiency and module integrity. Our laser scribing solutions—also referred to as laser scribe machines—feature micron-level accuracy, automated alignment, and multi-wavelength laser compatibility, making them ideal for high-speed, low-damage processing in both R&D and industrial-scale production environments.

Laser Scribing Machine Working Principle

Laser scribing machine operates by focusing a high-energy laser beam onto the surface of a material to perform precise micro-patterning, cutting, or isolation. The laser beam is controlled by galvanometer scanners or precision motion stages, enabling the system to selectively ablate thin-film layers without mechanical contact. Depending on the application, different laser types (such as UV, green, or IR with nanosecond to femtosecond pulse widths) are used to tailor energy absorption and minimize thermal damage.

Laser Patterning System Products

Product Name	Main Function / Application	Key Difference	Core Advantages
Thin-Film Solar Module Laser Scribing Experimental System	R&D and small-scale laser scribing (P1, P2, P3 lines)	Optimized for experimental flexibility and multi-material compatibility	Highly adjustable parameters; ideal for lab testing and pilot lines
Thin-Film Solar Panel P4 Laser Edge Cleaning System	Laser cleaning at the module edge (P4 process)	Specialized for insulation and edge defect removal	Prevents leakage, improves module reliability
Laser Scribing Mass Production System for Thin-Film Solar Modules	High-speed laser scribing (P1–P3) for industrial lines	Built for 24/7 operation in mass production	Stable performance; fast throughput; low maintenance
Glove Box Type Laser Scribing and Edge Cleaning Machine	Inert environment scribing/cleaning for sensitive films	Operates inside glove box under N2/argon	Suitable for perovskite and oxygen-sensitive materials
Thin Film Solar Panel Glass Cutting & Breaking System	Laser cutting and mechanical breaking of substrate glass	Targets precision glass handling	Smooth edge cutting, reduced cracking risk
Fully Automatic Marking & Cleaning & Cutting & Splitting System	Integrated marking, cleaning, splitting in one station	All-in-one final module processing system	Increases efficiency, reduces labor and alignment errors
Automatic Edge Cleaning System for Stacked Silicon Wafers	Laser removal of edge contamination in stacked wafers	Designed for HJT and tandem cell stacks	No contact cleaning; preserves wafer quality
Silicon Wafer Non-Destructive and Lossy Cutting Equipment	Wafer dicing with minimal thermal/physical damage	Targets fragile or ultra-thin wafers	High yield, precision cut, low debris

Laser Scribing Machine Advantages

——Compared to traditional mechanical scribing

Precision: Laser scribing achieves line widths as narrow as 10–20 μm, versus 50–100 μm for mechanical methods.
Speed: Typical laser scribing speed reaches 300–1,000 mm/s, enabling high-throughput production.
Non-contact: Eliminates tool wear and physical damage, improving yield and reducing maintenance.
Thermal control: Especially with femtosecond lasers, the heat-affected zone is limited to <1 μm, compared to several microns in mechanical or longer-pulse laser systems.
Flexibility: Easily reprogrammed for different patterns without physical tooling changes.