Microelectronics & Semiconductor Capital Equipment

Two well-recognized dynamics of the Microelectronics market are Moore’s Law and the historically cyclical demand. Those key components drive the focus of Newport’s support to customers in the Microelectronics market.

The path to sustaining Moore’s Law continuously demands higher performance optical systems to produce smaller feature sizes. Newport meets those demands with engineering and manufacturing capabilities aligned with the evolution to shorter wavelengths (UV - DUV - VUV - EUV), higher precision optical surfaces, higher performance thin-film coatings, tighter environmental and process control for minimizing photocontamination, and novel assembly, integration and testing processes. Time-to-market expectations are also influenced by Moore’s Law. Newport’s engineering team works as an extension of the customer’s engineering team to shorten time to market. Rapid prototyping capabilities are part of Newport’s shortened time-to-market solution as well.

Cyclical demand requires the ability to ramp quickly in the upturns and scale-back efficiently in downturns. Newport has exhibited those abilities, over and over again, in nearly 20 years as a supplier to the Microelectronics and Semiconductor Capital Equipment market. Comprehensive program management working in close communication with customer’s guides through the cycles utilizing advanced material and workforce management approaches.

  • Extensive expertise with semiconductor applications
  • Fast product development
  • Cost competitiveness
  • Optimal product performance
  • Delivery performance to enable tool builds
  • On-going product support
  • Continuous investment to advance capabilities
Wafer Inspection Lithography Light Sources Material Processing
  • Brightfield Inspection
  • Darkfield Inspection
  • Interferometric Inspection
  • Film, Overlay, CD Metrology
  • EUV Lithography
  • DUV Immersion Lithography
  • Wafer Alignment
  • Wafer Illumination
  • Wafer Positioning
  • Excimer Lasers
  • EUV Light Sources
  • CO2 Lasers
  • Fiber Lasers
  • High-Frequency Modulated Diode Lasers
  • Reticle and Mask Repair
  • Thermal Annealing
  • Disk Drive Texturing
  • Photovoltaic Scribing
  • Photovoltaic Edge Deletion
 

Life & Health Sciences Instruments

Newport offers engineering services and support for design engineering and design manufacturability of a wide range of life and health sciences systems. Our business model targets offshore manufacturing of OEM products that we engineer with and for our customers. This highly transparent, flexible business model provides a low-risk solution to OEM customers. With a proven track record for opto-mechanical subsystems and systems into the Life and Health Science Market, we offers vertically-integrated component technology and production manufacturing capability including an ISO 13485 compliant facility in Wuxi, China.

  • Extensive expertise with biomedical instrumentation
  • Fast product development
  • Design for manufacturability
  • Cost-effective solutions
  • System miniaturization
  • Asia-based manufacturing
  • Leverage broad range of Newport / Spectra-Physics products & technology
Analytical Bioinstrumentation Clinical Medical Emerging LHS Applications
  • High-content analysis
  • Microscopy
  • Flow Cytometry
  • DNA Sequencing
  • Real-time PCR
  • Microplate / Array Readers
  • Proteomics (MALDI-TOF)
  • Optical Spectroscopy
  • Laser Microdissection
  • Molecular Imaging
  • Clinical Chemistry
  • Hematology
  • Molecular Diagnostics
  • Retinal Scanning
  • OCT
  • Hair Removal
  • Skin Resurfacing
  • Soft / Hard Tissue Surgery
  • Vision Correction
  • Photo-Stimulation
  • Photodynamic Therapy
  • Basic Research
 

Industrial Equipment

Industrial applications for optics cover a broad spectrum of requirements. Newport’s strengths in designing, fabricating, coating, assembling and testing high precision optics and optical systems target the peak performance requirements of industrial applications. High resolution, low distortion, large field of view and ruggedized optical systems, lens assemblies, and components for machine vision, inspection, and gaging systems require the design and manufacturing expertise and experience Newport has built over the past 15+ years. Optical components with high damage threshold, long lifetime thin film coatings and high precision optical surfaces are used in laser material processing systems at wavelengths from 193nm to 1 micron. Newport is ready to support the most challenging optical requirements in the industrial market.

  • Laser Material Processing
  • Machine Vision and Inspection
  • Process Control Equipment
  • Analytical Instruments
 

Aerospace, Defense & Security

Ophir Optics, A Newport Company, is a well-established and respected supplier of optics for Aerospace, Defense and Security applications for thermal imaging and sensing. Details on Ophir’s extensive offering of mid-wave infrared (MWIR) and long-wave infrared (LWIR) products and capabilities can be found at ophiroptics.com .

For US Defense customers, the Newport precision optics and assembly operations in Irvine, CA fabricate, coat, and assemble Ophir Optics for the UV/visible spectral range in addition to thermal imaging.

Visible and UV optics produced include aspheres, windows, mirrors, prisms, and cylindrical optics fabricated from all types of optical glass including fused silica and calcium fluoride.

For thermal imaging applications our high quality capabilities comprise diamond-turning, polishing, and coating of all types of infrared optics components including aspheres, mirrors, windows, and prisms and lens assemblies including single-field-of-view, dual-field-of-view, and motorized zoom lenses. All infrared materials including germanium, zinc selenide, chalcogenide, silicon, zinc sulfide, and calcium fluoride are manufactured from prototype through high volume production.

Contact Ophir Optics to discuss your requirements.

  • Weapon Sights
  • UAVs
  • Driver Visual Enhancement
  • Heads-Up Displays
  • Helmet-Mounted Displays
  • Aerial Mapping
  • SWIR Imaging