2000 TEL ACT 8
2000 TEL ACT 8
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Description
Main Controller Type: TEL Controller #2
Wafer Flow: Right to Left
Configuration
A. Wafer Size: 200mm, DUV Application, Double Block System
B. Wafer Flow: Right to Left(CSB Unit is in Right side and Interface Station Unit is in Left side)
C. Process Block: 2ea(Double Block System)
D. Block#1
a. TEL Clean Track ACT8 EC/Equipment Controller#2
b. Stage/Index: CSB/Cassette Stage Block with 4 Stage
c. CRA/Cassette Block Robotics Arm: 1ea
E. Block#2
a. Coater Unit: 2ea(2ea of Normal Resist Unit at 2-1 and 2-2)
- 4 Resist Dispense Nozzle per Each Normal Resist Coat Unit(2-1 and 2-2)
- Each per units 1 Bottle 1 Nozzles(2-1 and 2-2)
- 1 Solvent Prewet RRC/Reduced Resist Coater Nozzle per Each Coater Unit
- 1 Side Rinse Nozzle(Programmable Side Rinse EBR) per Each Coater Unit
- Dual Back Rinse Nozzle per Each Coater Unit
- Resist Pumps of RRC Pump: 8ea
- PTI Exhaust Controller: 2ea
b. PRA/Process Block Robotic Arm: 1ea
c. ADH/Adhesion Process Station: 2ea
d. LHP/Low Temperature Hot Plate Station: 6ea
e. CPL/ Chilling Plate: 2ea
f. TCP/Transition Chil Plate: 1ea
g. TRS/Transition Stage Unit: 1ea
h. CWH/Cup Washer Holder Unit: 1ea
i. SHU/Shuttle Module: 2ea
F. Block#3
a. Develop Unit: 4ea
- 2 H Nozzle per Each Develop Unit(3-1,2,3,4)
Total 8 H Nozzles for 4 Develop Unit
- 1 Top Rinse Nozzle per Each Develop Unit
- Dual Back Rinse Nozzles per Each Develop Unit
b. PRA/Process Block Robotic Arm: 1ea
c. LHP/Low Temperature Hot Plate Station: 2ea
d. CPL/ Chilling Plate: 3ea
e. PCH/ Precision Hot Plate Process Station: 4ea
f. TRS/Transition Stage Unit: 1ea
G. Block#4
a. IFB/Interface Block: 1ea(Standard Interface Block)
b. IRA/Interface Robotics Arm: 1ea
c. Interface for ASML TWINSCAN 1250
d. WEE/Wafer Edge Exposure Process Station: 1ea
e. CPL/ Chilling Plate: 1ea
f. THS/Temporary Holding Stage: 1ea
g. SBU/Stationary Buffer Unit: 1ea
h. EIS/Interface Stage Module: 1ea
H. THC/Temperature and Humidity Controller: 1ea
I. External Chemical Cabinet#1
a. Solvent Supply System(with ejector system, no need Degas module)
- CSSS to Auto Supply System with Two of Buffer Tanks
b HMDS Supply System
- Auto Supply System with Two of Buffer Tanks
c. Develop Solution Supply System
- CSSS to Auto Supply System with Two of Buffer Tanks
- Degas Module: need, 1ea, 520cc
d. Resist Bottle System
- Resist Bottle: 8 Bottles
- Photo Resist Auto Exchange: N/A
- L/E tank & L/E sensor: yes
- Type of bottles: 1 Gallon glass type
J. TEL OEM TCU/Temperature Control Unit: 1ea
- SMC Circulator Pumps and Thermo Controller
K. Power Transformer AC Cabinet: 208VAC, 3 Phases, 50/60Hz
L. Software Options
a. Software Version: 2.04.000
b. On-Line Software(TEL GEM Standard)
c. Software Option
- Parallel Processing Software
- Process Log Software
- Advance Cascading Software
3) Wafer Details
A. Wafer Size: 8, Flat & Notch Type
B. Wafer Material: Si
4) Detailed Specification
A. Block#1: CSB/Cassette Station Block
a. TEL Clean Track ACT8 Controller#2
b. Stage: Cassette Stage Block 4 Stage
c. CRA/Cassette Block Robotics Arm 1ea
B. Block#2: Coater Units
2ea(2ea of Normal Resist Unit at 2-1 and 2-2, 2ea)
a. Dispense Nozzle Quantity: 4ea per Nozzle Resist Coater Unit
Total 8ea Resist Nozzles for 2 Coater Units
b. Pump Type: RRC Pumps
c. Coater Cup Temperature Synchronized Control System and this is controlled by 2-1
d. Photo Resist Temperature Control: Installed
e. Motor Flange Temperature Control: Installed
f. Photo Resist Drain Type: Direct Gravity Drain Type
g. Side Rinse: Programmable Side Rinse EBR per Each Coater Unit
h. BACK Rinse: Dual Type per Each Coater Unit
i. 1 Solvent Pre-wet RRC/Reduced Resist Coat Nozzle per Each Coat Unit
j. Photo Resist Bottle Quantity: 8ea for 2 Coat Unit External Photo Resist Supply
k. Photo Resist Auto Exchange: N/A
l. Auto Dummy Dispense System: Installed
m. Cup Type: PP for Upper Cup and Inner Cup
n. PRA/Process Block Robotics Arm: 1ea
C. Block#3: Develop Units
a. Dispense Nozzle Quantity: 2ea per Each Develop Unit and Total 8ea for 4 Develop Units
b. Dispense Nozzle Type: H Nozzle
c. Develop Temperature Control: Installed
d. Motor Flange Temperature Control: Installed
e. Drain Type: Direct Gravity Drain Type
f. Top Rinse Nozzle: Installed(1 Nozzle) per Each Develop Unit
g. Back Rinse Nozzle: Installed(Dual Types) per Each Develop Unit
h. Auto Damper: Installed
i. Auto Dummy Dispense System: Installed
j. Cup Type: Cup and PP for Inner Cup
5) Chemical Supply System
A. External Solvent and Develop Solution Chemical Supply System
a. 1st Section: Solvent Supply System for 2 Coat Units
- Solvent Chemical Type: 1ea
- CSSS to Auto Supply System with Two Buffer Tanks
- Tank Type: 2 Buffer Tanks(3 Lite/Tank Teflon) to Cover 2 Coat Units
- Tank Auto Switch -off/ Exchange: Installed
b. 2nd Section: HMDS Supply System
- HMDS Chemical Type: 1ea
- TEL OEM Standard N2 Bubbling Buffer Type
- Tank Type: 2Buffer Tanks(3 Liter/Tank, Teflon) for 1 Type of HMDS for 1 ADH Units
- Filter: Yes, 1ea
c. 3rd Section: Develop Solution Supply System for 4 Develop Units
- Develop Solution Chemical Type: 1ea
- CCSS/Central Chemical Supply System to Auto Supply System with 2ea of 3 Liter
Buffer Tanks
- Tank Type: 2 Buffer Tanks
- Tank Auto Switch -off/ Exchange: Installed
- Degas Module: 1ea(520cc)
d. Chemical Supply System Cabinet for 60Liter Canister
- Developer, Solvent Only
- HMDS Canister Re-check
B. External Photo Resist Supply System
a. Photo Resist Supply System
- Resist Bottle: 8 Bottles
- Photo Resist Auto Exchange: N/A
- L/E tank & L/E sensor: yes
- Type of bottles: 1 Gallon glass type
6) Accessories
A. TEL OEM AC Power Transformer Unit: 1ea
B. TEL OEM Komatz THC: 1ea
C. TEL OEM SMC TCU: 1ea
D. Chemical Cabinet: 1ea
a) Chemical Supply Cabinet #1 (60 Liter Canister)
b) Chemical Cabinet(In the 5 Liter Buffer Tank)
c) Resist Supply Cabinet
Specifications
Manufacturer | TEL |
Model | ACT 8 |
Year | 2000 |
Condition | Used |
Stock Number | BM2218 |