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Facilities, RTMM

Laser Writer photolithography

DMO MicroWriter ML3 Pro. Equipped with 385 nm and able to write 0.4 µm minimum feature sizes across full writing area (200 mm x 200 mm). Writing speed: 2 mm2/min, at 0,4 µm resolution, 15 mm2/min, at 0,6 µm resolution, 50 mm2/min, at 1,0 µm resolution, 120 mm2/min, at 2,0 µm resolution and 180...

RTMM
Optical Microscope

Nikon Eclipse LV-100 installed inside a glove box for characterization of sensitive 2D materials fresh-cleaved in inert atmosphere. Equipped with objectives with 5x, 10x, 20x, 50x, 100x magnification and a high resolution camera. Optical narrowband filters for optical contrast characterization of...

RTMM
Penn PhD PR M2

The Photoreactor M2 is an advanced benchtop instrument designed for chemists and researchers seeking to accelerate chemical reactions using Photoredox Catalysis. With the M2, research parameters are in your control, enabling greater standardization, repeatability, traceability, efficiency, and...

RTMM
Profilometer

KLA Alpha Step D500 Stylus Profiler - With 30 mm scan length - Vertical range: 0 - 1200 ?m - Force range: 0.03 - 15 mg Manual sample stage - 140 mm diameter chuck - XY stage movement: 20 x 80 mm

RTMM
Three-zone tubular furnaces (3)

Three-zone furnaces, with a maximum temperate of 1200 °C. In each zone, multiple independent ramps can be programmed. Three furnaces are available.

RTMM
Tubular furnace

Single zone furnace, with a maximum temperate of 1200 °C. Different segments are available for programming ramps.

RTMM
Ultra high resolution Electron Beam Lithography and SEM imaging system

Raith PIONEER TWO is a compact yet versatile electron beam system for uncompromised sub-10 nm lithography and ultra high resolution imaging by scanning electron microscopy. The electron optics offers unsurpassed low voltage inspection even below 1 keV. It is equiped with a highly precise laser...

RTMM
Wire Bonder

iBond5000-Wedge is an advanced for manual or semiautomatic wedge bonder. Capable of ball-welding pads as small as 80 ?m.

RTMM
Total: 8
With the support of:
Ayuda CEX2019-000919-M financiada por: