Prototyping and Product Development Core Lab Central Fabrication Lab

Bigrep One

The BigRep ONE was created to make industrial 3D printing of large-scale objects as easy and affordable as possible. German-engineered for better quality, higher speed, and increased safety, when using room temperature materials. The BigRep ONE won the German Design Award 2016 and continues to be used in a diverse range of industries and applications.
Dimensions (mm) x 1850 y 2250 z 1725 Weight Printer ca. 460 kg.
Website: https://bigrep.com/

Bigrep
Bigrep ONE 01/2019
Building 4, Level 0 West
Bioscience Core Lab Proteomics and Protein Expression

Thermo Sorvall centrifuge

Superspeed centrifuge for high-throughput sample processing, offering high speeds and RCFs.

Thermo Fisher
Sorvall RC-6 Plus
Building 2, Level 2 East
Prototyping and Product Development Core Lab Central Fabrication Lab

Stratasys J750

The Stratasys J750™ 3D Printer delivers unrivaled
aesthetic performance including true, full-color
capability with texture mapping and color gradients.
Create prototypes that look, feel and operate like
finished products.
Automatic color mapping from your design software lets you create photo-realistic models—from neutrals to neons, shadows to highlights and beyond.
SYSTEM SIZE AND WEIGHT
1400 x 1260 x 1100 mm (55.1 x 49.6 x 43.4 in.); 430 kg (948 lbs.)
BUILD SIZE
490 x 390 x 200 mm (19.3 x 15.35 x 7.9 in.)
Website: https://www.stratasys.com/

Stratasys
J750
Building 4, Level 0 West
Bioscience Core Lab Proteomics and Protein Expression

Floyd Cell Imaging, STN

Easy-to-use cell imaging system (microscope) for cultured cells

Invitrogen
4471136
Building 2, Level 2 East
Bioscience Core Lab Proteomics and Protein Expression

Freeze Dryer (Lyophilizer)

Large capacity freeze dryer with condenser capacity of 25 Liters.

VirTIS
FM 25XL 70
Building 2, Level 2 East
Bioscience Core Lab Proteomics and Protein Expression

Maxis UHR Q-TOF

ESI-QTOF (Maxis) mass spectrometer is used for life science research, drug discovery & development, and screening applications involving the analysis of unknown compounds in complex matrices.
Currently, the system is used for intact protein analysis and molecular mass determination.
Sample - purified proteins or peptides in quantities to be discussed with lab scientist. Users can be trained to perform sample preparation and analysis independently.

Bruker
Maxis
Building 2, Level 2 East
Bioscience Core Lab Proteomics and Protein Expression

UHPLC System - HPLC2

Dionex Ultimate 3000 Autosampler. Can separate, fractionate and quantify different components of the sample protein, peptide and small molecule.
Sample - protein, peptide and small molecule with quantity to be discussed with lab scientist.
UHPLC System Parts (Marked with Purple Stickers):
KAUST 2012232 - Solvent Rack (Purple Sticker)
KAUST 2012231 - Binary Pump (Purple Sticker)
KAUST 2005623 - Autosampler (Purple Sticker)
KAUST 2012230 - Column Compartment (Purple Sticker)

Thermo Fisher
WPS3000SC Analytical
Building 2, Level 2 East
Supercomputing Core Lab Supercomputing Core Lab

Ibex

Ibex a cluster of 300 compute nodes, 22 large memory, and 60 GPU nodes.

Building 1, Level 0 West
Bioscience Core Lab Proteomics and Protein Expression

Beckman Avanti High Speed Centrifuge

Avanti J-E centrifuge is designed to achieve a high degree of separation in a size compatible with operations.

Beckman Coulter, Inc.
Avanti JE
Building 2, Level 2 East
Imaging and Characterization Core Lab NMR Spectroscopy

800M SB Liquid NMR

The 800 MHz NMR spectrometer system is dedicated for solution-state NMR applications. The default probe is a 5.0 mm triple resonance inverse TCI H/F-C/N-D cryoprobe with ATM & Z-gradient with a variable temperature range of -40 to +150 deg C.. The magnet is also equipped with a 5 mm TXI H&F/C/N capable of VT operation from -150 to +150C and automatic tuning and matching. This magnet is also equipped with a SampleCase sample changer with 24 sample-capacity.

Bruker
Avance neo 800
Building 3, Level 0 West
Bioscience Core Lab NGS, qPCR and Single Cell Genomics

QuantStudio 3 Real-Time PCR system

QuantStudio 3 Real-Time PCR System produces quantification data with the precision and sensitivity.
Ideal for low throughout qPCR and genotyping.
This systems accept 0.2 mL tubes or plates only.

Applied Biosystems
n/a
Building 2, Level 2 East
Bioscience Core Lab Proteomics and Protein Expression

Monolith Microscale Thermophoresis System

Nanotemper Monolith nt.115 pico system measures molecular interaction with MicroScale Thermophoresis (MST) technollogy.

Nano Temper Technologies
Monolith NT.115 Pico
Building 2, Level 2 East
Bioscience Core Lab NGS, qPCR and Single Cell Genomics

Juli Stage Real-Time Cell History Recorder

JuLI Stage is a Real-Time CHR (Cell History Recorder) designed for live cell imaging and analysis. Researchers are now able to obtain quantified cell growth curve using bright field imaging based analysis. JuLI Stage Real-Time CHR is designed to support cell biology researchers to approach kinetic images and data from the start to the end so that they can save their time and can focus on more advanced and valuable work for their research.
Features: Incubator-compatible, fluorescence - DAPI (ex 390/40 - em 452/45), GFP (ex 466/40 - em 525/50) and RFP (ex 525/50 - em 580LP), fully automated X-Y-Z stage Image, interchangeable objective lens (4x, 10x, 20x), manual & auto focusing, can accomodate various plates & vessels (up to 384 well plate), video editing
Applications: Wound healing/scratch assay, Apoptosis & Cytotoxicity, Cell proliferation, Fluorescence expression, 3D-spheroid culture, Stem cell monitoring, Cell growth monitoring, Differentiation of neurons, Angiogenesis etc.
Model: JuLI Stage is a Real-Time Cell History Recorder"

Nanoentex
Juli Stage
Building 2, Level 2 East
Bioscience Core Lab NGS, qPCR and Single Cell Genomics

Nanodrop Spectrophotometer_2005620


Thermo Fisher
Nanodrop 8000
Building 2, Level 2 East
Bioscience Core Lab Proteomics and Protein Expression

Nanodrop_2012221

Spectrophotometer for Protein and nucleic acids with or without fluorescent labeling, requiring very small amount of samples

Thermo Fisher
Nanodrop 8000
Building 2, Level 2 East
Bioscience Core Lab NGS, qPCR and Single Cell Genomics

Nanodrop Spectrophotometer_2003385


Thermo Fisher
Nanodrop 8000
Building 2, Level 2 East
Bioscience Core Lab Capillary and Third Generation Sequencing

PromethION_24

PromethION platform form ONT offers real-time, long-read, direct DNA and RNA sequencing technology at large scale. PromethION is particularly suitable for large scale projects such as population-scale sequencing or plant genomics, or for large scale service offerings;
Our PromethION offer the ability to run 24 flow cells in parallel
Old promethion: 14101016 SN:18007 PCT0047 , PSB1040 . New Promethion installed on Oct 2022, P24_300, Received 29 Sep 22. Tag: 14319371

Oxford Nanopore Tech.
Promethion24
Building 2, Level 2 East
Bioscience Core Lab Capillary and Third Generation Sequencing

GridION_Mk1

GridION X5 is a compact benchtop system from Oxford Nanopore Technology. It is designed to run and analyse up to five MinION Flow Cells.
It is ideal for labs with multiple projects that need the advantages of nanopore sequencing: simple library preparation, real-time analysis and new biological insights from long reads. The GridION X5 allows up to five experiments to be run concurrently or individually; users may choose to use as much or as little of this total resource as they need at any one time.
The old system with Model GRD-X5B002 and SN:GXB10373 is replaced with GridION Mk1 - GRD-X5B003 and SN: GXB03401 (Received on 15th Sep 2021).

Oxford Nanopore Tech.
GRD-X5B003
Building 2, Level 2 East
Analytical Chemistry Core Lab Inorganics

Element XR HR-ICP-MS

Femtosecond laser ablation unit with cryocell (Applied Spectra J200 QX) with and coupled to a Thermo Instruments Element XR sector field high resolution inductively coupled plasma spectrometer (HR-ICP-MS, Thermo ELEMENT XR)

Thermo Fisher
Element XR
Building 3, Level 3 East
Nanofabrication Core Lab Cleanroom

LIT-026 Obducat Nanoimprint

The EITRE® 3 Nano Imprint Lithography (NIL) tool offers a semi-automated and affordable lithography solution, allowing pattern replication in the micro- and nanometer range with full area imprint for a variety of imprint processes to be used.
Substrate Size ≤ 78 mm Ø
Imprint Pressure (minimum) 6-8 bar (depending inlet pressure on CA)
Imprint Pressure (minimum) 6-8 bar (depending inlet pressure on CA)
Imprint Temperature (minimum) Ambient temperature
Imprint Temperature (maximum) 250°C (200°C with UV Module)

Obducat Technologies
EITRE® 3