Introducing SuperBot-4 Desktop Automated IC Programmer

SuperBOT-4 is designed for small to medium automated programming projects. The device includes a tray with automatic chip pickup and placement for programming sockets. The entire programming procedure is automated, thus replacing traditional manual operations.

Main Features:

• Four built-in SuperPro 7500 programmers, each with up to 4- gang sockets (16 sockets total).
• Supports Tray-in and Tray-out
• Short change-over time
• More than 98,000 type of devices supported - NAND / NOR / eMMC / SPI NAND / MCU / CPLD
• Compact desktop design with small footprint
• Built-in silent air compressor
• Lowest cost automated programming system
• Reliable, efficient, and high safety standard
• Professional motion control technology
• High-speed programming with production capacity of 600 UPH
• Intelligent software cuts learning curve and setup time while simplifying task management
• Bar code programming, project file management, remote control via LAN, detailed log file

Model Name	SuperBot-2	SuperBot-3	SuperBot-4
	16-Socket Automated IC Programmer	32-Socket Automated IC Programmer	Desktop Automated IC Programmer
# of Sockets	16	32	16
Max Throughput	1200 Unit Per Hour(UPH)	2400 UPH. Throughput 60 times higher than SuperBot-1 for eMMC Devices	600 UPH.
# of Internal Programmers	Four SuperPro 7500	Eight SuperPro 7500	Four SuperPro 7500
Investment	Cost recovery in short period with low investment in the beginning	Cost recovery in short period with higher investment in the beginning	Minimal Investment
Continuous Hours of operation	24 Hours	24 Hours	8+ Hours depending on number of operator shifts
Time required for production	Time required to process large chip quantities is faster with automation.	Time required to process large chip quantities is faster with automation.	Time required is very less than manual handling of chips.
Operation Cost	Less manpower needed for operation thus saving operation cost. Two operators needed for manual programming are reduced to one for automated operations.	Less manpower needed for operation thus saving operation cost. Two operators needed for manual programming are reduced to one for automated operations.	Less manpower needed for operation thus saving operation cost. However, operator should always be present for inserting and removing trays.
Production Errors	Less handling in production line reduces human induced errors and failures resulting in higher reliability.	Less handling in production line reduces human induced errors and failures resulting in higher reliability.	Less handling in production line reduces human induced errors and failures resulting in higher reliability.
Manpower	One person can supervise many SuperBOT machines; once SuperBOTs are programmed they can usually be left to operate by themselves.	One person can supervise many SuperBOT machines; once SuperBOTs are programmed they can usually be left to operate by themselves.	1 worker needed with multiple shifts.
I/O Suppoer	Supports tray, tape, and tube input and output.	Supports tray, tape, and tube input and output	Supports tray I/O
Pick and Place Nozzles	One Pick & Place Nozzle	Four Pick & Place Nozzles	One Pick & Place Nozzle
Tape Feeders	1 Tape Feeder	2 Tape Feeders	N/A
Laser Ink Marking Support	An optional attachment is available for the tape-out or the auto tray device. Marks up to 4 characters on the passed chips.	An optional attachment is available for the tape-out or the auto tray device. Marks up to 4 characters on the passed chips.	N/A
Remote Control	Remote project loading, quality monitoring, volume control, file security.	Remote project loading, quality monitoring, volume control, file security.	Remote project loading, quality monitoring, volume control, file security.
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