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Introducing SuperBOT-4 Desktop Automated IC Programmer
03/10/2016
Introducing SuperBot-4 Desktop Automated IC Programmer
Earn up to $10,000 Commission on an Automated System Referral!*
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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*Earn up to $10,000 with the 10% commission on referred automated programming systems.