Diamond saw to cut samples into small pieces with thickness less than 1 cm.Sample - a wide range of wafer materials.

M-H loops measurement of a sample on a very small area, down to hundred nanometer dimension. Sample - thin films with minimum detection samples of 20 nanometer and magnetic field of up to 4600 Oe.

The Neocera Pioneer 18 is an MBE-like pulsed laser deposition system. It is capable of fabricating epitaxial films, with thickness ranging from a few to several hundred nanometers. The system is equipped with a radiative heater capable of producing temperatures up to 850 degC. The working gas pressure is controlled via the turbo pump speed and gas flow rate, in the range of 1 to 500 mTorr.
A variety of substrates can be used. Substrates with a size up to 10x10 mm are required for a uniform thickness of the fabricated film. Rectangular double side polished substrates of 10x10 mm, 20x20 mm, or circular substrates of 2-inch diameter can be accommodated.
Target - A maximum of 6x 1-inch diameter or 3x 2-inch diameter targets can be used. A wide variety of target materials can be used, especially ceramics, and metals. Targets should be dense and have low vapour pressure. The use of powder targets is strictly forbidden.

This is a one zone furnace tube used for Graphene and Carbon nanotube growth, heat treatment, syntheses or purifications of compounds. The maximum working temperature is 1200C and the maximum continuous temperature is 1100C. The suggested normal heating rate is 10C/min. Ar, H2 and CH4 gases or vacuum pump are provided to this furnace tube.
Sample - solid materials with maximum dimension of 7 cm, not applicable for liquids.

This is a front loading box-type oven for high temperature application up to 1700 deg-C under atmosphere environment. Maximum heating rate is 10 deg-C/min.
Sample - a wide range of solids or powders.

This is a three zone furnace tube used for syntheses or purifications of compounds. The maximum working temperature is 1200 degC and the maximum continuous temperature is 1100 degC. Ar, H2, O2 and N2 gases or vacuum pump are provided to this furnace tube.Sample - solid materials with maximum dimension of 7 cm, not applicable for liquids.

This is a two zone furnace tube that is used for heat treatment, syntheses or purifications of compounds. The maximum working temperature is 1200 degC and the maximum continuous temperature is 1100 degC. Ar, N2 and O2 gases are provided to this furnace tube.Sample - solid materials with maximum dimension of 7 cm, not applicable for liquids.

To prepare air sensitive samples under Ar atmosphere.
Sample -Hazardous, corrosive or explosive chemicals are not allowed.

To prepare air sensitive samples under Ar atmosphere.
Sample - Hazardous, corrosive or explosive chemicals are not allowed.

The hydraulic press uses pressure force of up to 25 ton to form solid high quality pellets from powders. The sample is placed between polished pressure plates and the press applies the necessary pressure to the sample via the die. The dies are available in several diameters.
Sample - a wide range of solids or powders.

The PP25 is a compact unit for the preparation of solid, high-quality pellets with heating and pressing processes at temperatures up to 200 degC. The maximum pressure is 25 t.
Sample - a wider range of solid materials.

Sputtering is a physical vapor deposition process in which positively charged ions generated in plasma are accelerated by an electrical field to strike the negative target with sufficient energy to dislodge and eject atoms from the target. The ejected atoms condense on substrate to form a thin film. Sputter machine is capable of depositing thin metallic and insulation layers less than 300 nm. The sputtering system has three magnetron sputtering cathodes which accommodate 2 inch diameter targets and can be used with DC or RF sputtering.
Sample - a wide range of metal materials, not applicable for powders, polymers, organics, carbon or toxic materials. Substrate maximum diameter is 8 inches and thickness 1 cm.

E-beam evaporator is a physical vapor deposition (PVD) technique, where an intense electron beam is emitted from a filament to strike a source material and vaporize it within a vacuum environment. The vaporized atoms condense on the substrate to form a thin film. The e-beam evaporator has the capability to deposit up to four different materials (metal and oxide) without opening the chamber. The lab provides standard materials such as Zirconium, Indium, Tungsten, Copper, Titanium, Iron, Aluminum and Rhodium.
Sample - a wide range of solid materials, not applicable for polymers, powders, organics and toxic materials. Maximum sample diameter is 200 mm, maximum substrate temperature is 400 degC.

Microfabrication technology to print polymer patterns on a substrate by using an inkjet printing system for MEMS and microelectronics applications. This bottom-up fabrication method uses small fluid droplet sprayed directly on the substrate to build microstructures. The printing fluids are often UV-curable, heat-sensitive or conductive polymers for various applications. The resolution of the structure is limited by the size of droplet or nozzle, usually within a range of 25-125m diameter. The quality of the printing system determines the speed and precision of the spray and stage control. This technology has various applications including optical interconnect, electrical devices, microfluidic structures and assembly.
Sample - a wide range of inks.

Thermal processing of materials at temperatures up to 200 degC in air.
Sample - a wide range of solids or powders, and not applicable for volatile, fuming or degassing materials.

Thermal processing of materials at temperatures up to 200 degC in air.
Sample - a wide range of solids or powders, and not applicable for volatile, fuming or degassing materials.

For materials thermal processing such as annealing, sintering etc., up to 1200 degC in air.
Sample - Hazardous, sublimating, fuming, flammable or explosive chemicals are not allowed.

For materials thermal processing such as annealing, sintering etc., up to 1200 degC in air.
Sample - Hazardous, sublimating, fuming, flammable or explosive chemicals are not allowed.

Plankton nets
DIAMETER 600
MICRAS 100

To measure piezoelectric coefficient d33 at room temperature.
Sample - a wide range of solids.