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Top rated lithographyasml euvl
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High-volume manufacturing
ASML TWINSCAN NXE:3400C
Industry-leading EUV lithography system for advanced semiconductor nodes, offering superior resolution and throughput.
- High resolution for sub-7nm nodes
- Proven in high-volume manufacturing
- Excellent overlay accuracy
- Very high cost
- Complex infrastructure requirements
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Next-gen EUV performance
ASML TWINSCAN NXE:3600D
Latest EUV platform with improved productivity and lower cost per wafer for leading-edge chips.
- 30% higher throughput than NXE:3400C
- Better overlay and focus
- Reduced energy consumption
- Still expensive
- Limited supplier base
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Immersion DUV alternative
ASML TWINSCAN NXT:1980Di
Advanced immersion DUV system for nodes where EUV is not cost-effective, offering high productivity.
- Lower cost than EUV
- Mature technology
- High throughput for 7nm+ nodes
- Cannot match EUV resolution for sub-7nm
- Multiple patterning increases complexity
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Early EUV adoption
ASML TWINSCAN NXE:3400B
Earlier EUV model still in use for R&D and low-volume production of advanced chips.
- Enables EUV learning
- Suitable for development
- Lower cost than latest models
- Lower throughput
- Obsolete for high-volume manufacturing
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Cost-effective DUV
Canon FPA-6300ESWArF
Canon's high-NA immersion DUV system for advanced nodes, offering competitive performance.
- Compact design
- Lower power consumption
- Good overlay accuracy
- Lower throughput than ASML
- Smaller market share
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DUV immersion alternative
Nikon NSR-S635E
Nikon's latest immersion DUV scanner with high throughput and overlay for 7nm and beyond.
- High overlay accuracy
- Robust platform
- Good for memory and logic
- Higher cost than dry DUV
- EUV not available from Nikon
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Mature node DUV
Canon FPA-6210KrF
KrF DUV system for cost-sensitive applications like mature logic and memory chips.
- Low cost per wafer
- Simple operation
- High reliability
- Low resolution (≥130nm)
- Not suitable for advanced nodes
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i-line DUV
Nikon NSR-2205i14L
Nikon's i-line DUV system for sub-micron applications, balancing cost and performance.
- Low operating cost
- Stable for mass production
- Good for power devices
- Limited resolution
- Slow throughput