We offer solar cell scribing systems.
Model: scribo sld
technical details:
laser type : diode laser
frame design : modular
laser wavelength : 1064 nm
transverse mode : tem 00
beam quality : m2
average power : 50 w / 75 w
resolution : 5 micron
line width :
repeatability :
max. Scribing speed : 140 mm /sec
laser repetition freq. : 100 hz to 100 khz
axis travel (mm) : 175 x 175 / 312 x 312
controller : pc based
cooling : water cooled
dimension (mm) : 2000 x 807 x 1700
connected load : 230v/50hz - 115v/60hz, 1.84 kw
camera : in-built
z axis : manual
software : dedicated software for solar cell cutting application
features:
• single phase power requirement
• stable laser beam quality for better quality
• adjustable scribing depth
• high efficiency
• fine marking lines
• pollution free & environmental friendly
• operator friendly software
benefits:
• low power consumption : single phase electricity
• high power laser for faster operations
• low maintenance as very less consumables
• compact design for lower footprint at workshop
applications:
solar scribing, cutting of wafers, ablation, edge isolation, percussion drilling, marking, contacting, soldering, edge deletion

We offer solar cell scribing systems.
Model: scribo sld
technical details:
laser type : diode laser
frame design : modular
laser wavelength : 1064 nm
transverse mode : tem 00
beam quality : m2
average power : 50 w / 75 w
resolution : 5 micron
line width :
repeatability :
max. Scribing speed : 140 mm /sec
laser repetition freq. : 100 hz to 100 khz
axis travel (mm) : 175 x 175 / 312 x 312
controller : pc based
cooling : water cooled
dimension (mm) : 2000 x 807 x 1700
connected load : 230v/50hz - 115v/60hz, 1.84 kw
camera : in-built
z axis : manual
software : dedicated software for solar cell cutting application
features:
• single phase power requirement
• stable laser beam quality for better quality
• adjustable scribing depth
• high efficiency
• fine marking lines
• pollution free & environmental friendly
• operator friendly software
benefits:
• low power consumption : single phase electricity
• high power laser for faster operations
• low maintenance as very less consumables
• compact design for lower footprint at workshop
applications:
solar scribing, cutting of wafers, ablation, edge isolation, percussion drilling, marking, contacting, soldering, edge deletion