
UPH:3000


Product Specification
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Quad nozzle gantry design for optimized throughput.
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Up to 3000 UPH for high volume mass production.
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Flexible multi media I/O included tray, tape and tube package.
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Embedded SG8000 universal programmer with up to 64 sockets.
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Supports EEPROM/NOR/NAND/MCU/CPLD/FPGA/eMMC and UFS.
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Easy-to-use teach mechanism with minimum overheads for change-over.
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Optional laser market and optical 2D/3D inspection module.
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One-Piece-flow operation
UPH:2400


Coming soon
Product Specification
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Dual nozzle gantry design for optimized throughput.
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Up to 2400 UPH for high volume mass production.
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Flexible multimedia I/O included tray, tape and tube package.
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Embedded SG8000 universal programmer with up to 32 sockets.
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Supports EEPROM/NOR/NAND/MCU/CPLD/FPGA/eMMC and UFS.
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Easy-to-use teach mechanism with minimum overheads for change-over.
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Ink Marking on Tape or Tray.
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One-Piece-flow operation
UPH:2400


Coming soon
Product Specification
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Qual nozzle gantry design for optimized throughput.
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Up to 2400 UPH for high volume mass production.
-
Flexible multimedia I/O included tray, tape and tube package.
-
Embedded SG8000 universal programmer with up to 32 sockets.
-
Supports EEPROM/NOR/NAND/MCU/CPLD/FPGA/eMMC and UFS.
-
Easy-to-use teach mechanism with minimum overheads for change-over.
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Ink Marking on Tape or Tray.
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One-Piece-flow operation
UPH:2400+


AP720
Product Specification
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Adjustable airflow, vacuum and pickup settings at each nozzle ensures reliable handling for the latest small and ultra-thin package types.
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New ball screws and servo motors speed up the travel time of the gantry.
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Matching four I/O peripherals to the quad-site gantry increases system throughput.
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All device media types and I/O peripherals are supported for one-piece-flow operation.
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The new location of socket actuation eliminates the associated overhead and prolongs the insertion life of the sockets.
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The 9800 programmers + S4 or T4 type socket boards supports simultaneous programming of 4 Flash devices or MCU at each cycle.
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The new "Fast-Teach" mechanism self-aligns the gantry quickly, with minimal human intervention.
UPH:1000


Product Specification
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An automated device programming system equipped with 4 sites of System General H9800 Universal Programmers.
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A new digital airflow regulator to set the system for handling ultra-small device packages.
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A new downward CCD and an optional "Code Recognition S/W" to decipher those 1D/2D codes (OCR, QR Codes, Barcode and more), and to integrate code recognition and device programming in one programming flow.
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A high-resolution upward CCD to detect the pickup offset for small package types and to align them for accurate placement.
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Coupled with the S4 and T4 gang socket boards and the advance algorithm technology, each embedded H9800 site programs up to 4 memory and MCU, or 8 eMMC Flash simultaneously at high speed.
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Supports all I/O peripherals and inspection systems, including Tray, Tape, Tube, Laser Marker, Ink-dot Marker, 2D/3D Inspection Modules.
UPH:1000


Product Specification
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Downward CCD camera for vision centering and Auto Teach.
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High-speed upward CCD camera for placement alignment.
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Embedded with high-speed H9600 universal programmer.
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Fully integrated subsystems with network-oriented job interface.
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Network-oriented job windows software with USB interface.
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Optional I/O media for tube and tape packages.
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Available gang socket boards.
UPH:600


Product Specification
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Bench-top layout in compact dimension.
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Proprietary 4-nozzle for handling 4 devices at each programming cycle.
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Up to 16(4 sockets x 4 sites) programming socket.
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Easy-to use "Teach" mechanism with minimum overheads for change-over.
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Adjustable pushers driven by stepping motors for reliable socket actuation.
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4-site H9800 universal programmers.
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Insertion alignment for pick-up offset by "Precisor" or "dual CCD cameras.
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Default manual tray input/output interface.
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Optional tape(reel) and tube input/output interfaces.
UPH:2400

AP760

Product Specification
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Adjustable airflow, vacuum and pickup settings at each nozzle ensures reliable handling for the latest small and ultra-thin package types.
-
New ball screws and servo motors speed up the travel time of the gantry.
-
Matching four I/O peripherals to the quad-site gantry increases system throughput.
-
All device media types and I/O peripherals are supported for one-piece-flow operation.
-
The new location of socket actuation eliminates the associated overhead and prolongs the insertion life of the sockets.
-
The new 9800 programmers + S4 or T4 socket boards supports simultaneous programming of 4 memory devices or MCU device at each cycle.
-
The new "Fast-Teach" mechanism self-aligns the gantry quickly, with minimal human intervention.