Nikon Precision Equipment lithography systems
NSR semiconductor systems, DSP-100 digital lithography, Litho Booster alignment, AMI wafer inspection and FX display lithography. Configuration for the intended process.
NSR-S636E immersion scanner
NSR-S636E is an ArF immersion scanner for semiconductor lithography. Its exposure source operates at 193 nm. Equipment configuration must match the wafer process, exposure requirements and alignment strategy.
- NSR-S636E model
- Immersion lithography
- 193 nm ArF source
- Semiconductor wafer processing
NSR-S333F ArF scanner
NSR-S333F belongs to Nikon’s ArF scanner range. The system uses a 193 nm excimer laser exposure source. Selection considers the process layer, wafer conditions and the required exposure and overlay performance.
- NSR-S333F model
- ArF scanning
- 193 nm excimer source
- Semiconductor lithography
NSR-S220D KrF scanner
NSR-S220D uses a 248 nm KrF excimer laser source. It belongs to a distinct lithography family rather than the ArF range. The technical configuration is matched to the intended process layer and production requirements.
- NSR-S220D model
- 248 nm KrF source
- Scanning exposure
- Dedicated optical configuration
NSR i-line steppers
Nikon’s i-line range includes NSR-SF155 and NSR-2205iL1 steppers. These systems expose at a wavelength of 365 nm. Their projection reduction ratios differ, so optical configuration and process settings are matched to the actual model.
- NSR-SF155 and NSR-2205iL1
- 365 nm i-line source
- Projection exposure
- Different reduction ratios
DSP-100 digital lithography
DSP-100 is a digital lithography system for advanced semiconductor packaging. Its exposure source is equivalent to i-line. Equipment selection connects the substrate format, layer pattern and alignment requirements of the packaging process.
- DSP-100 digital system
- Advanced semiconductor packaging
- I-line-equivalent source
- Substrate processing
Litho Booster alignment station
Litho Booster measures wafer grid distortion before exposure. Correction values are fed forward to the lithography system. The station is configured as part of an alignment workflow linking measurement results to the exposure equipment.
- Litho Booster station
- Pre-exposure grid measurement
- Feed-forward corrections
- Layer overlay workflow
AMI and OPTISTATION wafer inspection
AMI-5700 combines wafer measurement and macro inspection. OPTISTATION supports manual visual inspection. The selected workflow distinguishes automated image acquisition from operator observation and the intended inspection task.
- AMI-5700 system
- OPTISTATION range
- Measurement and macro inspection
- Manual visual inspection
FX display lithography systems
The FX range is designed for exposure of flat-panel display substrates. FX-88SL and FX-88SLD use a UV-LED light source. Configuration considers the substrate, illumination and projection system required by the display process.
- FPD FX range
- FX-88SL and FX-88SLD models
- UV-LED light source
- Display substrate exposure
Selecting the process family
NSR covers distinct semiconductor lithography families: ArF immersion scanners, ArF scanners, KrF scanners and i-line steppers. DSP-100 addresses digital lithography for advanced packaging. Selection depends on the process layer, substrate, pattern and overlay requirements.
Specifications from different models are kept separate.
Measurement and process feedback
Litho Booster measures wafer grid distortion before exposure and feeds correction values forward. AMI-5700 combines inspection and measurement, while OPTISTATION supports manual visual observation.
These systems occupy different positions in the process flow, with their own tasks and interface requirements.
Flat-panel display lithography
FX systems expose display substrates. The UV-LED source of FX-88SL and FX-88SLD distinguishes these models from other illumination configurations. The proposal links the actual machine, substrate, optical configuration and exposure process.
Semiconductor NSR specifications are not transferred to display equipment.
Configuration and project acceptance
SpareX evaluates Nikon Precision Equipment systems and components against a technical specification. The configuration identifies agreed optical, mechanical and control modules. Documentation, equipment interfaces and acceptance operations are defined before a commercial commitment.
Configuration checks do not replace process qualification.
Equipment availability
Nikon identifies export controls for these products and requires authorization from the appropriate governmental authorities. Project feasibility is checked against the equipment, destination and applicable requirements before any commitment.
Inclusion in the technical range does not establish unconditional availability of a system or its components.
Nikon Precision Equipment and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Nikon Precision Equipment and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.
