Blade Dicing_Galatek

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Blade Dicing
Blade Dicing
Wafer dicing saw is a precision equipment that uses blades to cut wafers made of silicon, glass, ceramics, and other materials. It serves as a key process in the back-end packaging process for wafer dicing and WLP (Wafer Level Packaging) dicing applications.

Product Introduction

InspiraBlade DUO

InspiraBlade 6

InspiraBlade 8

InspiraBlade 12

InspiraBlade 12T

InspiraBlade DUO
InspiraBlade DUO

Galatek InspiraBlade DUO wafer dicing machines include fully automatic dual-spindle and semi-automatic single-spindle models. They are widely applicable for cutting materials such as silicon wafers, GaAs, GaN, sapphire, ceramics, lithium tantalate, and PCBs. The equipment features high-resolution image positioning, automatic kerf detection, BBD blade break detection, and NCS non-contact height measurement capabilities.

InspiraBlade 6
InspiraBlade 6

Galatek InspiraBlade series wafer dicing saws include fully automated dual-spindle and semi-automatic single-spindle models, suitable for processing various materials including silicon wafers, GaAs, GaN, sapphire, ceramics, lithium niobate, and PCBs. Equipped with high-definition image alignment, automatic blade mark detection, BBD (Blade Breakage Detection), NCS (Non-Contact Sensor) for height measurement, and other advanced functions.

InspiraBlade 8
InspiraBlade 8
InspiraBlade 8

Galatek InspiraBlade series wafer dicing saws include fully automated dual-spindle and semi-automatic single-spindle models, suitable for processing various materials including silicon wafers, GaAs, GaN, sapphire, ceramics, lithium niobate, and PCBs. Equipped with high-definition image alignment, automatic blade mark detection, BBD (Blade Breakage Detection), NCS (Non-Contact Sensor) for height measurement, and other advanced functions.

InspiraBlade 12
InspiraBlade 12

Galatek InspiraBlade series wafer dicing saws include fully automated dual-spindle and semi-automatic single-spindle models, suitable for processing various materials including silicon wafers, GaAs, GaN, sapphire, ceramics, lithium niobate, and PCBs. Equipped with high-definition image alignment, automatic blade mark detection, BBD (Blade Breakage Detection), NCS (Non-Contact Sensor) for height measurement, and other advanced functions.

InspiraBlade 12T
InspiraBlade 12T

Galatek InspiraBlade series wafer dicing saws include fully automated dual-spindle and semi-automatic single-spindle models, suitable for processing various materials including silicon wafers, GaAs, GaN, sapphire, ceramics, lithium niobate, and PCBs. Equipped with high-definition image alignment, automatic blade mark detection, BBD (Blade Breakage Detection), NCS (Non-Contact Sensor) for height measurement, and other advanced functions.

Solution Feature

Multiple size options
Multiple size options
Standard 8-inch and 12-inch ceramic chucks
High-end configuration
High-end configuration
Standard-equipped with image recognition activation functionality
Standard equipped with NCS (Non-Contact Height Measurement) function
Optional BBD (Blade Breakage Detection) function
Optional blade mark detection function
Diverse optional features
Diverse optional features
Optional functions include multi-wafer dicing, in-process blade sharpening, 12-inch square chuck, etc.
Optional UV tape debonding system
High standards
High standards
Complies with international standards, precision engineering design
Graphical user interface
Graphical user interface
WYSIWYG (What You See Is What You Get) design enhances operational intuitiveness
Strong fault tolerance: Reduces operational errors and risks
Efficient interaction: Improves task execution speed

Solution Feature

Precision engineering design
Precision engineering design
International standards, high-precision design
Y-axis positioning accuracy: 0.003mm/160mm
Z-axis repeatability: 0.001mm
Multiple size compatibility
Multiple size compatibility
4-inch, 6-inch
Proprietary core components
Proprietary core components
In-house R&D and continuous improvement of critical processing components
Flexible customization
Flexible customization
Machine modification according to customer requirements
Graphical user interface
Graphical user interface
WYSIWYG (What You See Is What You Get) design enhances operational intuitiveness
Strong fault tolerance: Reduces operational errors and risks
Efficient interaction: Improves task execution speed

Solution Feature

Precision engineering design
Precision engineering design
International standards, high-precision design
Y-axis positioning accuracy: 0.003mm/205mm
Z-axis repeatability: 0.001mm
Multiple size compatibility
Multiple size compatibility
8-inch and corresponding rectangular workpieces
Proprietary core components
Proprietary core components
In-house R&D and continuous improvement of critical processing components
Flexible customization
Flexible customization
Machine modification according to customer requirements
Graphical user interface
Graphical user interface
WYSIWYG (What You See Is What You Get) design enhances operational intuitiveness
Strong fault tolerance: Reduces operational errors and risks
Efficient interaction: Improves task execution speed

Solution Feature

Precision engineering design
Precision engineering design
International standards, high-precision design
Y-axis positioning accuracy: 0.003mm/305mm
Z-axis repeatability: 0.001mm
Multiple size compatibility
Multiple size compatibility
8-inch + 12-inch and various rectangular workpieces
Proprietary core components
Proprietary core components
In-house R&D and continuous improvement of critical processing components
Flexible customization
Flexible customization
Machine modification according to customer requirements
Graphical user interface
Graphical user interface
WYSIWYG (What You See Is What You Get) design enhances operational intuitiveness
Strong fault tolerance: Reduces operational errors and risks
Efficient interaction: Improves task execution speed

Solution Feature

Multiple size options
Multiple size options
Standard 8-inch and 12-inch ceramic chucks
High-end configuration
High-end configuration
Standard-equipped with image recognition activation functionality
Standard equipped with NCS (Non-Contact Height Measurement) function
Optional BBD (Blade Breakage Detection) function
Optional blade mark detection function
Diverse optional features
Diverse optional features
Optional multi-wafer processing, in-situ blade dressing, 12-inch rectangular chuck, etc.
Automatic loading station
High standards
High standards
Complies with international standards, precision engineering design
Graphical user interface
Graphical user interface
WYSIWYG (What You See Is What You Get) design enhances operational intuitiveness
Strong fault tolerance: Reduces operational errors and risks
Efficient interaction: Improves task execution speed

Application Scenarios

Semiconductor Wafers (Si, SiC)
Semiconductor Wafers (Si, SiC)
LED Wafers (Sapphire)
LED Wafers (Sapphire)
Mobile Phone Camera Filter (Glass)
Mobile Phone Camera Filter (Glass)
LCD Display Panel (Glass)
LCD Display Panel (Glass)
Watch Dial (Glass)
Watch Dial (Glass)

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