The Olympus IXplore SpinSR10 spinning disk confocal super resolution microscope is designed to provide super resolution (down to 120nm XY resolution) and prolonged cell viability in confocal time-lapse imaging due to less phototoxicity and bleaching.

The microscope has been adapted with a Rapp OptoElectronic UGA-42 Caliburn 355/42 pulsed laser (355nm, 1kHz, 42µJ/pulse) to perform ablation and microdissection.

A custom-built Stimulated Emission Depletion (STED) microscope designed for super-resolution shadow imaging (SUSHI) experiments. The microscope is mounted on an optical bench and based on a Leica DMI-8 body.

The ONI Nanoimager is a compact microscope suitable for Single-molecule localization microscopy (SMLM) experiments, including dStorm, PALM or DNA-PAINT, Single Particle Tracking (SPT), smFRET, HILO or TIRF.

This easy-to-use microscope permits a quick start for imaging, no alignment or calibrations required and real time data build up making it a flexible device for different imaging & illumination modes for either fixed and live cell imaging, and programmable workflows.

The Leica TCS SP5 is an advanced confocal microscope suitable for scanning fixed samples and live cell imaging.

The microscope is equipped with 3 PMT, 2 Hybrid and 2 APD detectors and has been adapted with a Mai-Tai DeepSee Infrared Laser to perform Multiphoton Microscopy and with a Becker & Hickl Simple-Tau 830 TCSPC system to carry out FLIM, FCS and FCCS experiments.

The Zeiss Axio Observer 7 is a standard widefield fluorescence microscope equipped with a Zeiss Apotome 3, capable of producing optical sections of a fluorescent specimen by removing the out-of-focus light using structured Illumination.

The Nikon Eclipse TE-2000 is a standard epifluorescence microscope, capable of acquiring fixed specimen and live cell imaging.

Mounted on a Zeiss Axio Observer 7 equipped with a Zeiss Apotome 3, the JPK Nanowizard UltraSpeed Atomic Force Microscope (AFM) enables the tracking of changes in the specimen in real time.

Mounted on a Nikon Ti2 widefield fluorescence microscope, the Alvéole Primo 2 allows, all in a single device, micropatterning, hydrogel polymerization and microfabrication, to create bespoke in vitro cellular microenvironments or to get better cell models for cell biology experiments or electron cryotomography studies.

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A custom-built Selective Plane Illumination Microscope (SPIM), for living or clarified organisms, for imaging at fixed magnification with water dipping objectives.

CPU: Intel Xeon W-2255 3.70GHz (10 Cores)

RAM: 512GB

GPU: Nvidia RTX A4000 16GB

Software: Bitplane Imaris 9.7 Core Facility, Huygens Essentials 21.04, Matlab R2021a, JPK Data Processing, FiJi/ImageJ, QuPath, Icy, Ilastik, CellProfiler, Leica LAS X Core, Nikon NIS-Elements viewer, Zeiss Zen Lite, FLIMFit, SPCImage, Agave 3D, Blender...

CPU: Intel Xeon E5-1650 3.2Ghz (6 Cores)

RAM: 32GB

GPU: Nvidia GTX970 4GB

Software: Matlab R2017b, JPK Data Processing, FiJi/ImageJ, QuPath, Icy, Ilastik, CellProfiler, Leica LAS X Core, Nikon NIS-Elements viewer, Zeiss Zen Lite, FLIMFit, SPCImage, Agave 3D, Blender...

Form 3+ is a resin 3D printer that uses improved SLA technology.

The Form 3+ is characterized by creating prototypes on a larger scale with a printing volume of 145x145x185 mm and by manufacturing final pieces with industrial quality.

The LFS (Low Force Stereolithography) printing technology uses linear lighting and a flexible tank to convert liquid resin into solid parts. The part in charge of lighting is the LPU (Light Processing Unit), a single module that contains all the parts (lenses, mirrors and laser) that are needed to solidify the resin during the manufacturing of a part with a laser power of 250 mW and a precision in an XY plane of 25 μm.

This system offers sharp and clean characteristics as the high-power laser passes through a filter and ensures a concentrated laser spot. The parabolic mirror ensures that the projection of the laser on the manufacturing plane is always perpendicular, which ensures maximum printing quality and the exact reproduction of the design to be manufactured.