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SCIENTIFIC & TECHNICAL SERVICES

Nanoquim Platform

A nanochemistry platform and cleanroom facility for nanomaterials preparation, chemical synthesis, nanofabrication and nanoscale characterization of functional materials.

Cleanroom infrastructure for nanomaterials preparation

The Nanoquim Platform offers five independent cleanroom facilities classified as ISO7, corresponding to a Class 10,000 cleanroom according to FED STD 209E.

These laboratories are equipped to develop chemical and physical processes for the physico-chemical synthesis, preparation and characterization of nanostructured materials.

Nanoquim supports ICMAB researchers and scientific users with advanced infrastructure for nanochemistry, nanofabrication, thin film processing and nanoscale characterization workflows.

Main platform capabilities

A scientific platform for nanochemistry, cleanroom processing, nanofabrication and functional materials characterization.

Nanochemistry

Chemical synthesis and processing of nanostructured and functional materials.

Cleanroom processing

Five ISO7 cleanroom laboratories for controlled preparation and fabrication workflows.

Nanofabrication

Lithography, thin film deposition, etching, surface modification and device-related processing.

Nanoscale characterization

Characterization tools for thin films, surfaces, functional materials and nanostructures.

Five ISO7 cleanroom laboratories

Nanoquim is organised around five independent cleanroom labs that cover complementary steps of nanomaterials preparation, functional material processing and nanoscale characterization.

Advanced Optical Lithography Lab

Photolithography, micro-writing, plasma cleaning, ellipsometry and optical inspection.

Nanoscale Characterization Lab

FT-IR spectroscopy, profilometry, wire bonding and optical microscopy.

Nanofabrication Lab

ALD, rheometry, RIE, metal evaporation, ion milling, sputtering and e-beam processes.

Chemical Synthesis Lab

Solvents, acids, vacuum line, glove box, microwaves, spin coating and contact angle analysis.

Highly Controlled Humidity Lab

Ink-jet printing, thermal annealing, furnaces, inert atmosphere and humidity-controlled processing.

Cleanroom monitoring

Portable air particle counter to verify ISO7 / Class 10,000 cleanroom specifications.

Equipment

Nanoquim equipment supports optical lithography, thin-film processing, chemical synthesis, nanofabrication and functional materials characterization.

Advanced Optical Lithography Lab
  • Photolithography Fume Hood: Photolithography hood equipped with an AC 6000 Spinner, a precision hotplate, a hot/stirring plate and an ultrasonic bath forworking with photoresists.
  • Micro-Writer ML3: A last generation micro-writing device with high performance laser-assisted technology.
  • Ellipsometer GES5E from Sopra (with porosimeter): Allows various measurement modes from standard to generalized ellipsometry, going through photometric measurements, scatterometry and luminescence measurements. Allows for the characterization of thin films’ properties like composition, roughness or thickness through changes in polarization.
  • Plasma Cleaner Zepto M2: Low-pressure plasma technology that allows for surface alterations like etching and activation processes, precision cleaning and polymerization on surface.
  • Optical Microscope Nikon Optiphot: The Optical Microscope Nikon Optiphot is a suitable equipment for a fast evaluation of photolithographic experiments. 
Characterization at the Nanoscale of Functional Materials Lab
  • IR-Spectrometer Vertex 70 from Bruker: Fully digital FT-IR spectrometer for signal acquisition from the far IR region. Equipped with MTC and TGS detectors.
  • Binocular Loupe: For the fast evaluation of samples.
  • Optical Microscope B-600 MET: A versatile tool for several processes in the laboratory.
  • Ultrasonic Wire Bonder 4526: Manual Ball Bonding System that provides the high yield and excellent repeatability needed for every gold ball bonding
  • Profilometer P16+ from KLA Tencor: Surface metrology analysis solution with applications in R&D Departments, Universities, production and process monitoring.
Physico-Chemical Characterization and Nanofabrication Lab
  • Spectrofluorometer LS 45: This fluorescence spectrometer offers versatility and reliability for routine analyses, using a range of accessories and software for many applications.
  • Atomic Layer Deposition System SavannahDesigned to deposit pinhole free coating with uniform thickness, with precise controls and high film quality.
  • Rheometer HAAKE RheoStress RS600Fully modular, upgradeable controlled stress research rheometer that suits a wide range of requirements, allowing for shear and stress controlled flow curves, stress controlled ramps, creep and recovery, oscillating tests and temperature control tests, amongst others.
  • Reactive Ion Etcher RIE 2000 CE: Provides a clean environment for anisotropic etching of several materials. Equipped with oxygen, argon and tetrafluoromethane gases together with mixtures of oxygen/tetrafluoromethane.
  • Metal Evaporator System Auto 306: Achieves high vacuum values for an optimal physical deposition of the target (gold, chromium, aluminum, titanium, silver, among others) to the sample. 
  • Ion Milling/Sputtering/E-Beam SystemCombination of three systems in one that allows for different
  • Centrifuge Allegra 64RBrushless, induction drive refrigerated centrifuge that performs routine spins on the lab bench for high-speed separations.
  • Stove UNB 500 from MemmertThis Stove is thought for drying material.
Chemical Synthesis Lab
  • Basic I-SolventsFume hood for working with solvents or non-corrosive substances.
  • Basic II-Acids & Corrosives: Fume hood for working with corrosive substances.
  • Vacuum Line: Equipped with a cold trap and four manifolds for simultaneous work within a fume hood.
  • Rotary Evaporation System R-210/215: For faster and more effective evaporation of the more volatile solvent in a solution.
  • Spin Coater Spinner CZ-650: Allows for the deposition of substrates over surfaces by fast rotation.
  • Glove Box GP(Concept)-II-P: Constantly purified and over pressurized nitrogen environment to develop processes sensitive to oxygen and water.
  • Microwave Oven with controlled atmosphere Discover Explorer Hybrid from CEMThe system facilitates either homogenous or heterogeneous solution phase chemistry, solid phase chemistry or chemistry conducted on solid supports, under controlled conditions.
  • Microwave from Milestone: Equipped with several accessories for a range of experiments, with a focus on liquid-liquid synthesis, solid-solid synthesis, and for digestion experiments.
  • Drop Shape Analyzer DSA 100: With a manual drop system and many options for contact angle measurements. Equipped with a software loaded with different models to determine the contact angle and surface tension of a liquid.
Highly Control Humidity Lab
  • ICMAB-CSIC Ink-jet Printer: ICMAB’s own prototype.
  • Rapid Thermal Annealing Furnace: For the thermal treatment of samples up to 1200ºC, developed specifically for research requirements.
  • Tubular Furnace ST 1002540
  • Furnace that reaches up to 1150ºC thanks to refractory components. Equipped with wax evacuation tray, wax gathering drawer and gas exhausting evacuation system.
  • Mini Tubular Furnace
  • Inert Atmosphere Chamber: Chamber with low humidity and oxygen levels for chemical and physical processes. Equipped with a SMA AC 6000 Spinner.
  • Chemical Hood: Hood with highly controlled humidity.
  • Dip Coater DipMaster 201: Accommodates substrates up to 12" x 12", with a withdrawal speed range of 0.5" to 4.0" per minute and a manual temperature control with a maximum infrared oven temperature of 80º.
Vertex. Model 3415.

The Nanoquim Platform also counts with a portable air particle counter. Vertex. Model 3415. It is an equipment that measures air quality in terms of the number of particles. This allows to know if the clean room keep the specifications class 10.000 or type ISO7. 

Access and service request

Access to Nanoquim facilities should be coordinated with the platform team. Users can consult the dedicated Nanoquim website for specific rules, access procedures and technical information.

1

Contact
Send your request to the platform team.

2

Feasibility
Define process, materials and cleanroom needs.

3

Access
Review rules, training and lab availability.

4

Processing
Carry out synthesis, fabrication or characterization work.

5

Support
Receive technical feedback and follow-up.

Nanoquim Platform team

Technical staff, scientists in charge and user committee members supporting cleanroom operation, nanochemistry workflows and platform access.

Technicians


Scientists in charge


User's Committee

Contact Nanoquim Platform

ICMAB
Campus UAB
In front of Firehouse
08193 Bellaterra
Barcelona, Spain

E-mail

Phone

Lab 1: 436151
Lab 2: 436152
Lab 3: 436153
Lab 4: 436154
Lab 5: 436155