VEECO / ULTRATECH
1500
- Year
- N/A
- Operational
- Unknown
- Install
- Installed - Powered On
- Location
- United States
About this asset
Broadband
Configuration
Date of Audit
11/24/2025
Fab Equipment ID
UTSTEPPER01
Manufacturer (Make)
Ultratech
Model
1500 Series
Serial Number
5520
Wafer Size (inches)
6
Install Type: TTW / Stand-Alone
Stand-Alone
OEM MFG Date
7/1/2010
Install Date
2015
Date of Last PM
2/15/2025
Is System On-Line?
NO
Off-Line Date (if applicable)
2/1/2025
Can Produce Wafers As-Is ?
YES
CE Mark Certified ?
NO
Are any Manuals included ?
CR
Any Field Modifications ?
NO
All Cables present ?
YES
Any Corrosion visible on modules ?
NO
Any Missing / Damaged Parts ?
NO
Wafer Handler
YES
Handler Type
Robot
# of Cassette / FOUP Loaders
2
End-Effecter Type
Vacuum
Pre-Aligner ?
YES
Mini-Environment
NO
GEM / SECS ?
Yes
HSMS
No
Serial
Yes
Ethernet
Yes
Power Supply
No
AC Dist Box
Yes
Ext Transformer
No
UPS
Yes
CDA
100PSI
DIW
No
Vacuum
Yes
Gas
No
Power
115Vac 12A
About VEECO / ULTRATECH 1500
Veeco Instruments Inc. a global leader of advanced thin film etch and deposition process equipment, acquired Ultratech, Inc. a leading supplier of lithography, laser-processing and inspection systems used to manufacture semiconductor devices and LEDs.
The UltraStep 1500 is a big field 1:1 projection stepper system that exposes reticle images onto wafers of various sizes in a step-and-repeat manner. It has a fine line resolution of 1.0um standard and 0.8um optional, and tight overlay accuracy. The UltraStep 1500 features a larger exposure field, an electronic focus system, electronic target detectors, 944 servo boards, and a cast illuminator with upgraded optics. These features allow for large die exposure, increased throughput, more accurate and repeatable substrate positioning, simultaneous independent target scans, more stability during movement and exposure, and lower exposure field uniformity. The UltraStep 1500’s low cost and compact design make it an ideal choice for chipmakers upgrading from older equipment, and it can be integrated with other higher resolution steppers to maximize throughput while minimizing production costs.
