Overview
Korea Vacuum Tech, Ltd. proudly introduces the latest
addition to our family of products, the Intelsi-R Series ‘Bench Top’ RTP
system, which puts the annealing process into a compact size.
Designed to process samples up to 2” (50.8mm) wafer size in various
gas environments using precise digital display readout and full
computer control, the Intelsi-R Series can be conveniently configured,
is simple to operate and easy to maintain.The modular design of the Intelsi-M
makes it highly configurable to meet specific customer needs and numerous
stock options are also available. A fully automated Laptop PC helps round out
this extremely usable yet robust diminutive package.
Advantages
≻ Easy to install, easy to operate
≻ Precise reproducible coatings - consistent
≻ Compact design / small footprint
≻ Quick and simple loading / unloading
Features
≻ Rapid Heating: 100℃/sec (212℉/sec)
≻ Extreme versatility
≻ High capacity vacuum pumping
≻ Fully automated PC control
≻ Capable of producing very thin resultant films
Applications
≻ Annealing after ion implantation
≻ III -V semiconductor
≻ Damage recovery after dry etch
≻ Silicide processing
Overview
Korea Vacuum Tech, Ltd. proudly introduces the latest
addition to our family of products, the Intelsi-R Series ‘Bench Top’ RTP
system, which puts the annealing process into a compact size.
Designed to process samples up to 2” (50.8mm) wafer size in various
gas environments using precise digital display readout and full
computer control, the Intelsi-R Series can be conveniently configured,
is simple to operate and easy to maintain.The modular design of the Intelsi-M
makes it highly configurable to meet specific customer needs and numerous
stock options are also available. A fully automated Laptop PC helps round out
this extremely usable yet robust diminutive package.
Advantages
≻ Easy to install, easy to operate
≻ Precise reproducible coatings - consistent
≻ Compact design / small footprint
≻ Quick and simple loading / unloading
Features
≻ Rapid Heating: 100℃/sec (212℉/sec)
≻ Extreme versatility
≻ High capacity vacuum pumping
≻ Fully automated PC control
≻ Capable of producing very thin resultant films
Applications
≻ Annealing after ion implantation
≻ III -V semiconductor
≻ Damage recovery after dry etch
≻ Silicide processing
Specifications
ITEM |
SPECIFICATIONS |
Process Chamber |
Stainless steel |
Vacuum Pumping Station |
Rotary Pump |
Temperature Range |
100℃ ~ 1000℃ (212℉ ~ 1832℉) |
Temperature uniformity |
Less than <± 5℃ (41℉) for 50.8mm (2”) wafer |
Heating element |
Quartz Lamp |
Ultimate Pressure |
Less than 5.0E-3Torr |
Dimensions |
626mm(W) x 520mm(D) x 475mm(H) - 24.5”(W) x 20.5” (D) x 18.75” (H) |
Specifications
ITEM |
SPECIFICATIONS |
Process Chamber |
Stainless steel |
Vacuum Pumping Station |
Rotary Pump |
Temperature Range |
100℃ ~ 1000℃ (212℉ ~ 1832℉) |
Temperature uniformity |
Less than <± 5℃ (41℉) for 50.8mm (2”) wafer |
Heating element |
Quartz Lamp |
Ultimate Pressure |
Less than 5.0E-3Torr |
Dimensions |
626mm(W) x 520mm(D) x 475mm(H) - 24.5”(W) x 20.5” (D) x 18.75” (H) |
System Control
Pumping This picture is a pumping screen. There are buttons on the screen to operate the pump and valve to keep the chamber under vacuum. In addition, MFC and throttle valves are controlled to create a process environment within the chamber. |
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Recipe The figure shows the recipe screen. This screen contains boxes for entering the process conditions required for deposition. Input all the boxes and press the Process button to automatically deposit according to the input process conditions. |
Graph The figure shows the graph screen. This screen shows vacuum degree, power amount, Temperature and so on. You can record that data and make it into a file and compare it with the previous data. |
|
System Control
Pumping This picture is a pumping screen. There are buttons on the screen to operate the pump and valve to keep the chamber under vacuum. In addition, MFC and throttle valves are controlled to create a process environment within the chamber. |
![]() |
![]() |
Recipe The figure shows the recipe screen. This screen contains boxes for entering the process conditions required for deposition. Input all the boxes and press the Process button to automatically deposit according to the input process conditions. |
Graph The figure shows the graph screen. This screen shows vacuum degree, power amount, Temperature and so on. You can record that data and make it into a file and compare it with the previous data. |
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