National Institute Of Materials Physics - Romania

Optical Processes in Nanostructured Materials

Facilities and Services

Technical description:– thermal evaporation in tantalum boats of chunks or powdered material under vacuum; Performances:Vacuum level at deposition start:       2 x 10-5 Torr, Deposition rate:                                  10…1000 nm/min; Maximum sample size:                       50 mm x 50 mm.                     .

View

Utilization: for the deposition of organic and biological LB films and multilayer with controlled thickness and composition on solid substrates. Applications: non-linear optics, nano-photonics, organic conductors and magnets. Characteristics:           Film balance measuring range:0-250 mN/m; Film balance resolution: mN/m; Programmable compression speed: 0.01-800mm/min; Deposition speed: 0.1-85 mm/min or 0.2-170 mm/min; PH control and subphase thermostatation […]

View

Technical description:– the system uses the ordering effect of the surface tension, controlled by the two gliding barriers; – suitable for deposition of ultrathin mono- or multiple layers of organic molecules; – the double trough allows the deposition of alternating layers of two different kind of molecules. Performances:• module configuration: mainframe and alternate layer module; […]

View

Utilization: to coat substrate with diameter range from 40-60 mm. Applications: material science, nanotechnology Characteristics:           Oil-less diaphragm vacuum pump, Dispenser and, 1.5 and 2 inch chucks; Dual speed controls, continuous speed adjustement Individual timers.

View

Utilization for preparation of: 1.Pure and doped organic thin films; 2. Metallic thin films; 3. Organic heterostructures. Applications: Organic solar cells; OLED; organic TFT; organic sensors. Charactersitics: 1. Film thickness uniformity for both metals and organics better than +/-5% across the 100 mm square substrate; 2. host/dopant ratio control up to 100-1 with an accuracy […]

View

Technical details: Glove Box Chamber: – Case Material: Made of 3mm thickness 304 stainless steel sheet with sport frame and plastic painting – Dimensions: 780mm (L) x 700mm (W) x 650mm (H) – Max. Positive Pressure: 810 Torr (1.1 atm) – Max. Vacuum Level: 0.5 Torr Air-lock Chamber: – Dimensions: 240 mm (ID) x 260 […]

View

Technical details: Equipped with air conveyor Ø 150 mm, activated carbon filter for generic substances, anti-wind air grating for the exhaust outside of filtered air. Work area dimension: 1150×600×770 mm (W×D×H). Filtered air volume: 540 m³ / h Air average speed: 0.5 m/s Work surface is a removable tray in stainless steel Aisi 316L 2B […]

View

The MTI GSL-1600X is a High Temperature, Single Zone small Tube Furnace with a compact footprint used to sinter all types of new material samples under vacuum or gas conditions. The furnace is is equipped with quartz tubes, vacuum flanges and and gauge, to reach temperatures up to 1600C, and has a heating zone of […]

View

Technical description:– suitable for drying or for heat treatment up to 250 oC. – natural convection; – vent connection with restrictor flap; Performances:Interior – Heating Concept • w x h x d: 400 x 320 x 250 mm, 32 liters • easy-to-clean interior, made of stainless steel, with integrated and protected heating on four sides […]

View

CreatBot F430 is a powerful 3D printer with most advanced desktop 3D technology. It provides solutions for just about every application from concept to prototype and high performance material . It is equiped with dual extruders, the left 260°C hotend is able to print with PLA, ABS, PC, Nylon, Carbon fiber, Flexible, etc. and the […]

View



Back to top

Copyright © 2025 National Institute of Materials Physics. All Rights Reserved