Category: Equipments
Equipments
Showing 1–16 of 35 results
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AG6800
$45,000.00Add to cart6-8 inch fully-automatic grinding equipment
Applications
It is mainly used for fully-automatic grinding of 4-8 inch semiconductor
wafers. Suitable for specific semiconductors and other materials.Features
- In-feed grinding mode.
- Precision imported ball crew, linear slider, Z-direction precision control,
high-precision machine for a long time. - Double spindle, three working discs, high processing efficiency.
- Full-automatic loading and unloading, transmission and positioning,
cleaning and drying, realize the fully automatic operation mode, and
greatly reduce the workload of Op. - Ultra-thin thinning and stable processing.
- Good compatibility, high compatibility with other types of equipment
and key consumables on the market. - Convenient operation and human-computer interaction interface.
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AML Wafer Bonder – Activate, Align and Bond all in one system
$46,500.00Add to cart• In situ alignment with 1um accuracy
• Used for eutectic, anodic, direct, glass fruit, thermal compression, adhesive, SLID, and custom wafer bonding.
• Eliminates need for external mask aligner
• Available: Anodic silicon direct and thermal compression
bond tooling
• Contact and bonding with forces up to 40KN
• Autovapor injection
• Wafers held in separation
• User interface -
AR3000
$38,645.00Add to cart4-6 inch single axle semi-automatic
Applications
It is mainly used for cutting 6-inch semiconductor wafers, integrated circuits,
QFN, light-emitting diodes, LED chips, solar cells, electronic substrates,
piezoelectric ceramics, etc; Suitable for materials including silicon, quartz,
alumina, iron oxide, gallium arsenide, lithium niobate, sapphire and glass.Features
- Touch teaching GUI, simulation display of editing process, simple and
convenient operation. - Precision imported ball-bearing leadscrew, linear slider, Y-direction
grating ruler closed-loop control, high-precision machine for a long
time. - Direct light and circular light sources, 70 ×— 320 × Optional
magnification double microscope, the workpiece is clearly displayed. - Real time display of blade exposure, self inspection alarm of height
measurement system, vacuum early warning, and real-time
controllable processing state. - Automatic alignment, automatic cutting and automatic tool mark
detection functions reduce the workload of operators and effectively
improve production efficiency.
- Touch teaching GUI, simulation display of editing process, simple and
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AR6000
$54,798.00Add to cart6-8 inch single axle semi-automatic
Applications
It is mainly used for cutting 6-8 inch semiconductor wafers, integrated
circuits, light-emitting diodes, LED chips, solar cells, electronic
substrates, piezoelectric ceramics, etc; Suitable for materials including
silicon, quartz, alumina, iron oxide, gallium arsenide, lithium niobate,
sapphire and glass.Features
- The 8-inch equipment with outstanding floor area ratio has an effective
processing range of 8-inch wafers. - Touch teaching GUI, simulation display of editing process, simple and
convenient operation. - Precision imported ball-bearing leadscrew, linear slider, Y-direction
grating ruler closed-loop control, high-precision machine for a long
time. - Direct light and circular light sources, 70 ×— 320 × Optional
magnification double microscope, clear workpiece display. - Real time display of blade exposure, self inspection alarm of height
measurement system, vacuum early warning, and real-time controllable
processing state. - Automatic alignment, automatic cutting and automatic knife mark
detection functions reduce the workload of operators and effectively
improve production efficiency.
- The 8-inch equipment with outstanding floor area ratio has an effective
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AR7000
$64,789.00Add to cart8-12 inch precision automatic dicing saw
Applications
It is mainly used for cutting 8-12 inch semiconductor wafer, integrated circuit,
QFN, DFN, BGA, multi chip led-pcb frame, optical communication devices and
other fields; Suitable for various materials including silicon, quartz glass, alumina,
ceramics, PCB board or package frame.Features
- Precision imported Ball-bearing leadscrew, linear guide, Y-direction grating
ruler closed-loop control, high-precision machine for a long time. - It is matched with a variety of imported air spindles (compatible with the
common short shafts in the market at present), and can be equipped with
2.4kw high-power and high torque spindles. - Direct light and ring light sources, 70 ×— 320 × Optional magnification
double microscope, wide process application range. - Special cutting frame and worktable can be customized to cut multiple
pieces efficiently. - Touch teaching GUI, simulation display of editing process, multi slice pre
cutting mode, simple and convenient program editing. - Automatic alignment, automatic cutting and automatic knife mark detection
functions reduce the workload of operators and effectively improve
production efficiency.
- Precision imported Ball-bearing leadscrew, linear guide, Y-direction grating
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AR8000
$75,440.00Add to cart12 inch semi-automatic
Applications
It is mainly used for cutting 8-12 inch semiconductor wafer, integrated circuit,
QFN, DFN, BGA, multi chip led-pcb frame, optical communication devices and
other fields; Suitable for various materials including silicon, quartz glass, alumina,
ceramics, PCB board or package frame.Features
- Optimize the double axis high-efficiency cutting mode, and the efficiency is about 80%
higher than that of single machine. - Precision imported ball-bearing leadscrew, linear slider, Y-direction grating ruler closed loop control, high-precision machine for a long time.
- The main shaft is equipped with a gantry worktable structure, and the distance between twoknives is at least 24mm. The dual axis cutting process has a wider application range.
- Special cutting frame and worktable can be customized, and multiple pieces of double
knives can be cut efficiently. - Optional magnification double microscope vision system, wide process adaptability.
- Touch teaching GUI, simulation display of editing process, multi slice pre cutting mode,
simple and convenient program editing. - Automatic alignment, automatic cutting and automatic knife mark detection functions
reduce the workload of operators and effectively improve production efficiency.
- Optimize the double axis high-efficiency cutting mode, and the efficiency is about 80%
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AR8100
$41,000.00Add to cart20 inch double axle semi-automatic
Applications
It is mainly used for cutting processing in QFN, DFN, BGA, multi chip led-pcb frame,
optical communication devices and other fields; Suitable for various materials
including silicon, quartz glass, alumina, ceramics, PCB board or package frame.Features
- Optimize the double axis high-efficiency cutting mode, and the
efficiency is about 80% higher than that of single machine. - Precision imported ball crew, linear slider, Y-direction grating ruler
closed-loop control, high-precision machine for a long time. - The main shaft is equipped with a gantry worktable structure, and the
distance between two blades is at least 24mm. The dual axis cutting
process has a wider application range. - Special cutting frame and worktable can be customized, and multiple
pieces of double blades can be cut efficiently. - Touch teaching GUI, simulation display of editing process, multi slice
pre cutting mode, simple and convenient program editing. - Automatic alignment, automatic cutting and automatic tool mark
detection functions reduce the workload of operators and effectively
improve production efficiency.
- Optimize the double axis high-efficiency cutting mode, and the
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AR8200
$47,000.00Add to cartAR8200 – Fully Automatic Dicing Saw
Applications
It is mainly used for fully-automatic cutting processing in the fields of multi chip QFN, DFN,
BGA, led-pcb frame, optical communication devices and so on; It is suitable for a variety of
materials including quartz glass, alumina, ceramics, PCB board or package frame.Features
- Optimize the double axis high-efficiency cutting mode, and the efficiency is about 80%
higher than that of single machine. - Precision imported ball-bearing leadscrew, linear slider, Y-direction grating ruler
closed-loop control, high-precision machine for a long time. - The main shaft is equipped with a gantry worktable structure, and the distance between
two knives is at least 24mm. The dual axis cutting process has a wider application range. - Fully automatic loading and unloading, automatic transmission and positioning,
automatic alignment cutting and automatic tool mark detection reduce the workload of
OP and realize the replacement of machines to a greater extent. - Special cutting frame and worktable can be customized, and multiple pieces of double
knives can be cut efficiently. - Direct light and ring light sources, 70 ×—320 × Optional magnification double
microscope, wide process application range. - Touch teaching GUI, simulation display of editing process, multichip wafer pre cutting
mode, simple and convenient program editing.
- Optimize the double axis high-efficiency cutting mode, and the efficiency is about 80%
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AR9000
$54,800.00Add to cart12 inch double axis fully-automatic
Applications
It is mainly used for fully-automatic cutting processing in 8-12 inch semiconductor
wafer, integrated circuit, QFN, DFN, BGA, multi chip led-pcb frame, optical
communication devices and other fields; Suitable for various materials including silicon,
quartz glass, alumina, ceramics, PCB board or package frame.Features
- Optimize the double axis high-efficiency cutting mode, and the efficiency is about
80% higher than that of single machine. - Precision imported ball screw, linear slider, Y-direction grating ruler closed-loop
control, high-precision machine for a long time. - The main shaft is equipped with a gantry worktable structure, and the distance
between two blades is at least 24mm. The dual axis cutting process has a wider
application range. - Fully automatic loading and unloading, transmission and positioning, alignment
cutting, tool mark detection, cleaning and drying, so as to realize the fully
automatic operation mode and greatly reduce the workload of Op. - The cutting frame and worktable can be customized, and the package and wafer
dual adaptive interfaces are reserved for convenient and fast conversion. - High speed material box frame scanning, anti-collision alarm, high-speed
transmission and positioning, strong state error correction ability.
- Optimize the double axis high-efficiency cutting mode, and the efficiency is about
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AR9000RR
$75,900.00Add to cartFull-automatic ring cutting equipment Ring cutting + fully-automatic wafer-ring removal
Applications
It is mainly used for fully-automatic outer ring removal of semiconductor wafers
under Taiko process. Suitable for specific semiconductors and other materials.Features
- Multi axis linkage ring cutting technology to ensure ring cutting accuracy.
- Customized workbench design ensures stable processing of special wafer
structure under Taiko process. - Four stations, multi piece coordinated processing, high processing efficiency.
- Full- automatic loading and unloading, transmission and positioning, cleaning,
degumming and ring removal realize the full-automatic operation mode and
greatly reduce the workload of Op. - Stable Taiko outer ring degumming and ring removal.
- Good compatibility, high compatibility with other types of equipment and key
consumables on the market. - Convenient operation and human-computer interaction interface
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AR9200
$45,880.00Add to cartJig saw cutting and sorting integrated machine | Double axis double station fully automatic
Applications
It is mainly used for cutting packaging products, such as DFN, QFN, BGA
and other sealed products.Features
- Dual axis efficient cutting mode, independent vision system can ensure
alignment and cutting at the same time, which can improve cutting efficiency. - Double working platforms work circularly, making full use of various structures
of the equipment, which can improve the cutting efficiency. - Special jig , high vacuum adsorption substrate, no film sticking, reducing the
process flow and related costs of film sticking and dispergation. - It can be equipped with full-automatic feeding, transmission positioning,
alignment cutting, tool mark detection, cleaning and drying, so as to realize
the full-automatic operation mode and greatly reduce the labor cost. - Equipped with fully-automatic slag removal and collection structure to reduce
the cost of human maintenance. - The cutting and conversion of different products is fast, which can be
completed by replacing the customized jig.
- Dual axis efficient cutting mode, independent vision system can ensure
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AR9700
$45,788.00Add to cart12 inches + (for PKG) Double axis full-automatic cutter
Applications
It is mainly used for fully-automatic cutting processing in the fields of 15
inch integrated circuit, QFN, DFN, BGA, multi chip led-pcb frame, optical
communication devices and so on; Suitable for various materials including
silicon, quartz glass, alumina, ceramics, PCB board or package frame.Features
- Biaxial cutting can cut larger workpieces and improve efficiency.
- Precision imported ball crew, linear slider, Y-direction grating ruler closed-loop control,
high-precision machine for a long time. - The main shaft is equipped with a gantry worktable structure, and the distance between
two blades is at least 24mm. The dual axis cutting process has a wider application range. - Full-automatic loading and unloading, transmission and positioning, alignment cutting,
tool mark detection, cleaning and drying, so as to realize the full-automatic operation
mode and greatly reduce the workload of Op. - The cutting frame and worktable can be customized, and the package and wafer dual
adaptive interfaces are reserved for convenient and fast conversion. - High speed material box frame scanning, anti-collision alarm, high-speed transmission
and positioning, strong state error correction ability
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ATC860
$6,485.00Add to cart• Temperature range of -70°C to +200°C
• Temperature stability ± 0.5 °C
• Touch screen operation, human-computer interaction interface
• Support OUT control
• Desktop design, low noise, low vibration, and low environmental heat dissipation
• Low temperature fluctuations
• Low temperature environment testing without condensation -
Hast
$45,000.00Add to cartThe Standard design is safer,
and the inner arc design
prevents condensation and
dripping, which complies with
national safety container
regulations
• Multiple protection functions, two
high-temperature protection
devices, humidity water cutoff
protection, and overpressure
protection
• Higher stability: equipped with
self-developed PIO control
algorithm.ensuring the accuracy
of temperature,humidity and
pressure values
• Humidity free selection:
saturation and unsaturation free
setting
• High intelligence: USB data,
curve export and save function -
HPB-4B
$39,800.00Select options This product has multiple variants. The options may be chosen on the product page- Individual temperature control for each device up to 600 W
- Test devices at a maximum temperature of 150°C with a liquid-cooled heat-sink per device
- Programmable clocks edges with 2-nanosecond edge resolution and 8 on-the-fly timing sets
- System capacity of 14 burn-in boards (112 devices)
- 12 vector formats per-pin per-cycle with memory testing extensions
- 19 programmable voltage regulators provide 2060 amps of device current per burn-in board
- High-speed clock programmable up to 800 MHz
- 128 I/O signals per board
- 64M vector memory, 8G scan
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HPB-5C+
$55,000.00Add to cart- Individual temperature control for each device up to 150 W
- Variable oven overflow control
- Individual pattern zone per burn-in board slot
- 32M vector memory standard, 64M optional
- Tests devices at a temperature of up to 150°C
- Up to 800 MHz clock rate
- 128 digital I/O channels per burn-in board
- System capacity of 384 devices under test with individual temperature control per device
- 16 programmable voltage regulators with 1080 amps of device under test power per burn-in board
- 8 high-current supplies
- (0-4 volts at up to 125 amps each)
- 8 low-current supplies
- (0-6 volts at up to 10 amps each)
