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Microjet laser technology equipment wafer slice metal silicon carbide material

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Microjet laser technology equipment wafer slice metal silicon carbide material

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Brand Name :ZMSH
Model Number :Microjet laser technology equipment
Certification :rohs
Place of Origin :CHINA
MOQ :1
Price :by case
Payment Terms :T/T
Delivery Time :5-10months
Purpose :Microjet laser technology equipment
Countertop volume :300*300*150
Positioning accuracy μm :+/-5
Repeated positioning accuracy μm :+/-2
Numerical control type :DPSS Nd:YAG
Wavelength :532/1064
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Microjet laser technology equipment wafer slice metal silicon carbide material

Abstract of microjet laser technology equipment

Microjet laser technology equipment wafer slice metal silicon carbide material

Microjet Laser systems enable ultra-precision machining of semiconductor materials by coupling high-energy pulsed lasers to micron-scale liquid jets (usually deionized water or inert liquids), using the guiding and cooling effects of the liquid jets.

With high precision, low damage and high cleanliness, microjet laser technology is replacing traditional machining and dry laser processes in the semiconductor field, especially in third-generation semiconductors (SiC/GaN), 3D packaging and ultra-thin wafer processing.


Microjet laser processing

Microjet laser technology equipment wafer slice metal silicon carbide material


Technical specifications

Countertop volume 300*300*150 400*400*200
Linear axis XY Linear motor. Linear motor Linear motor. Linear motor
Linear axis Z 150 200
Positioning accuracy μm +/-5 +/-5
Repeated positioning accuracy μm +/-2 +/-2
Acceleration G 1 0.29
Numerical control 3 axis /3+1 axis /3+2 axis 3 axis /3+1 axis /3+2 axis
Numerical control type DPSS Nd:YAG DPSS Nd:YAG
Wavelength nm 532/1064 532/1064
Rated power W 50/100/200 50/100/200
Water jet 40-100 40-100
Nozzle pressure bar 50-100 50-600
Dimensions (machine tool) (width * length * height) mm 1445*1944*2260 1700*1500*2120
Size (control cabinet) (W * L * H) 700*2500*1600 700*2500*1600
Weight (equipment) T 2.5 3
Weight (control cabinet) KG 800 800

Processing capability

Surface roughness Ra≤1.6um

Opening speed ≥1.25mm/s

Circumference cutting ≥6mm/s

Linear cutting speed ≥50mm/s

Surface roughness Ra≤1.2um

Opening speed ≥1.25mm/s

Circumference cutting ≥6mm/s

Linear cutting speed ≥50mm/s

For gallium nitride crystal, ultra-wide band gap semiconductor materials (diamond/Gallium oxide), aerospace special materials, LTCC carbon ceramic substrate, photovoltaic, scintillator crystal and other materials processing.

Note: Processing capacity varies depending on material characteristics


Microjet laser technology equipment wafer slice metal silicon carbide material

Microjet laser equipment technical advantages

1. Small loss of processing materials and processing equipment


2. Greatly reduce grinding links


3. Low labor cost of automated processing


4. High quality machining wall and cutting edge


5. Clean processing without environmental pollution


6. High processing efficiency


7. High processing yield


Microfluidic laser silicon wafer scribing

Test with the debugging processing parameters, and the cutting effect is shown in the figure below. The cutting width of 40μm nozzle is 35um; After the cutting is completed, the wafer is completely scratched, and the back of the cutting tape (UV film) is basically intact and not scratched through. There is no cracking and crack on the edge of the crossing, which meets the processing requirements.

Microjet laser technology equipment wafer slice metal silicon carbide material


Q&A​

1. Q: What are the main advantages of microjet laser technology equipment?
A: The advantages of microjet laser technology equipment include high-precision processing, good cooling effect, no heat affected zone, parallel cutting edge and efficient processing performance, which is suitable for the precision processing of hard and brittle materials.

2.Q: In what fields are microjet laser technology equipment used?
A: Microjet laser technology equipment is widely used in the third generation of semiconductors, aerospace materials, diamond cutting, metallized diamond, ceramic substrate and other fields.


Tag: #Microjet Island laser equipment, #Microjet laser technology, #Semiconductor wafer processing, #Wafer slice, #Silicon carbide material, #Wafer dicing, #Metal

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