Process Capabilities
To assist you in determining how we can best facilitate your micro/nano-technology research needs.
Thin Film Deposition
- Evaporation: Thermal and E-beam assisted evaporation of Cr, Au, ITO and many other materials on up to 6" substrates

- Sputtering: RF & DC magnetron sputtering on up to 4” substrates. Cr, Au, Ti, W, TiW, Pt, YBCO ITO and many others
- Parylene Coating: Vapor Deposition of Parylene C and Parylene N. parylene deposition provides the capability to conformally coat dielectric and biocompatible layers on fabricated devices.
- Molecular Vapor Deposition: Deposition of organic surface coatings used as lubricants, anti-stiction layers, molecular glues, or reactive adhesion layers.
- Electroplating: MEMS processing for Cr, Au, Cu, and Ni using the IKO electroplating system
Thermal Processing
- Oxidation and Diffusion: Thermal processes include wet oxidation, dry oxidation, as well as Boron and Phosphorous diffusion.
- Rapid Thermal Processing (RTP): For Silicon based gate oxide growth and rapid thermal annealing.
- PECVD: For depositing nitrides and oxides
Lithography
- Photomasks: 4”, 5”, and 6” masks with linewidths down to 1.0 micron produced with the Hiedelberg DWL66 laser pattern generator.
- Contact Lithography: For individual die to whole 6” wafers. Our SUSS MA6 and AB-M mask aligners also provide back-to-front alignment capabilities. Nanometer resolution e-beam lithography also available.
- Maskless Lithography: Intelligent Micro-Patterning SF-100 provides 5 mm linewidth lithography with direct imaging using a DMD.
Etching, Machining and Bonding
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Deep Reactive Ion Etch (Silicon): Silicon DRIE using the Bosch process. Our STS DRIE has pulsed platen bias to minimize "footing" at oxide etch stops.
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Anisotropic Silicon Wet Etching: Extensive experience with KOH,TMAH and EDP wet etchants
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MicroMilling: Dover Instruments Ultra-High-Precision Micro Milling Machine is a CNC milling station with nanometer spatial resolution for machining virtually any solid material (i.e. metals, polymers, ceramics, etc.)
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Wafer Level Bonding: Suss MicroTec SB6 for Si/glass anodic bonding, glass/glass thermal compression bonding and Si/Si fusion bonding.
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Plasma Etching: RIE systems are capable of providing selective silicon, SiO2 and Si3N4 etches, as well as ashing processes.
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Xenon Di-Fluoride Etching: Dry anisotropic silicon etching using the Xactix XeF2 etching system allows for efficient etching of silicon micro-structures prone to stiction.
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Miscellaneous: Nano-imprinting, micro-molding, chemical mechanical polishing, ultra-sonic drilling, etc.
Packaging
- Dicing: Automated Disco Dising Saw for silicon, glass and alternative substrate dicing.
- Wire Bonding: K&S wedge, ball and deep access bonders for aluminum and gold 1-mil wirebonding.
- Flip Chip Packaging: Finetech Fineplacer "pico" System for die placement up to 5um. Can handle SMCs up to 17 mm side length.
- Printed Circuit Boards: An automated milling system for custom PCB production.
- Lapping and Polishing: Lapmaster system is capable of thinning a variety of substrates, as well as final polishing.
Metrology & Test
- White Light Interferometer Surface Profiling: Veeco Interferometer provides high resolution, 3D surface measurements, from sub-nanometer roughness to millimeter step heights for all reflective substrates.
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3D Contact Profiling: Veeco Dektak 8 provides down to 7.5 angstrom step height measurements with a v ertical range up to 1mm and a maximum scan length of 200mm. Low stylus forces allow scratch-free measurement of soft materials.
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Ellipsometry: Non-destructive measurement technique for determining the thickness and optical constants of single and multi-layer films.
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SEM, AFM, STM Capabilities: Various SEMs, AFMs and STMs including nm resolution e-beam lithography.
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Testing: Various probe stations and electronic instruments for measuring sheet resistance, TCR, IV, CV, LCR and other semiconductor parameters.
Design, Layout and Modeling
Full suite of computer-based tools for photomask layout, custom analog and digital IC design, microscale tooling, and 2D/3D finite element models for virtual device evaluation. Software packages include: Tanner EDA, Silvaco TCAD, CoventorWare®, Solid Edge.