Facilities & equipment

S+B Plinth cabinet 5 drawer Ice blue 1200

Digital heating block. VWR. Technical details:

Wesemann Door cabinet RT White 450x440x640

Temperature range: 12°C to 2°C Gross capacity: 425 liters Usable net content: 303 litres Material: s (more)tainless steel Dimensions (WxDxH): 600 x 731 x 2000 mm Weight: 114 kg

Series 3 digital force gauges are designed for tension and compression force testing in numerous app (more)lications from 0.5 N to 500 N. The gauges feature a sampling rate of 2,000 Hz, producing accurate results under a wide range of test conditions. A backlit graphic LCD displays large characters, and a menu is available to access the gauges’ features and configurable parameters. USB output is provided for data collection purposes. Set point indicators are provided for pass-fail testing. The gauges are overload protected to 200% of capacity, and an analog load bar is shown on the display for graphical representation of applied force. An ergonomic, reversible aluminum housing allows for hand held use or test stand mounting for more sophisticated testing requirements. Series 3 digital force gauges are directly compatible with Mark-10 test stands, grips, and software.

Maximum Speed: 14000 rpm Maximum Force: 16,750 xg Chamber Temperature: -5°C to 40°C (by 1°C) Rotatio (more)n: 300 -14000 rpm (by 100 rpm), 1 – 100 xg (by 1 xg),  101 – 16,750 xg (by 10 xg) Spin Duration: 0:01 through 0:59 (by 1 second), 1:00 through 4:45 (by 15 seconds), 5 through 360 min (by 1 min), Momentary operation mode, Hold mode (indefinite duration),  Timing mode Repeatability: Temperature Control: +/- 1 C° in the range from +4° C to ambient Rotation to 10 RPM Spin Timing 0.1 seconds Dimensions (HxWxD): 400 x 470 x 690 mm Weight: 73 kg Equipped with: 223A Swing out rotor (max 4400 rpm) 4x Bucket 4x Insert (4x 15 ml falcon tube capacity)

Maximum capacity: 4 x 750 ml Maximum permissible density: 1.2 kg/dm³ Speed range: 200 – 14000 rpm Ma (more)ximum acceleration: 20913 RCF Maximum kinetic energy: 27450 Nm Dimensions (WxDxH): 535 x 610 x 345 mm Weight: 68 kg Equipped with: 1x Eppendorf A-4-62 swing-out rotor (max 4000 rpm) 4x Eppendorf 03/03 bucket 4x Eppendorf 5810 blue insert (9 positions for 15 mL falcon tubes) 2x Eppendorf 5810 orange insert (4 positions for 50 mL falcon tubes)

Dimensions (WxDxH): 140 x 140 x 665 mm Compartment dimensions (WxDxH): 135 x 135 x 55 (x11) mm

QIAGEN’s real-time PCR cycler, the Rotor-Gene Q, combines multiple optimized design features to prov (more)ide the outstanding performance and reliable results that your research demands. Together with optimized QIAGEN kits for real-time PCR, the Rotor-Gene Q enables streamlined analysis for a wide range of applications. Q-Rex Software is the new operating and analysis software for life science qPCR applications, with a plug-in concept that lets you add new functionality without affecting established workflows. A range of QIAGEN kits for the Rotor-Gene Q enables reliable quantification in all your real-time PCR applications without the need for optimization of reaction and cycling conditions. Kits for real-time PCR and HRM applications are available for: Gene expression analysis Pathogen detection DNA methylation analysis Genotyping and gene scanning miRNA research Channel: Blue Excitation: 365 ± 20 nm Detection: 460 ± 20 nm Examples of fluorophores detected: Marina Blue, Edans, Bothell Blue, Alexa Fluor 350, AMCA-X Channel: Green Excitation: 470 ± 10 nm Detection: 510 ± 5 nm Examples of fluorophores detected: FAM, SYBR Green I, Fluorescein, EvaGreen, Alexa Fluor 488 Channel: Yellow Excitation: 530 ± 5 nm Detection: 557 ± 5 nm Examples of fluorophores detected: JOE, VIC, HEX, TET, MAX, CAL Fluor Gold 540, Yakima Yellow Channel: Orange Excitation: 585 ± 5 nm Detection: 610 ± 5 nm Examples of fluorophores detected: ROX, CAL Fluor Red 610, Cy 3.5, Texas Red, Alexa Fluor 568 Channel: Red Excitation: 625 ± 5 nm Detection: 660 ± 10 nm Examples of fluorophores detected: Cy5, Quasar 670, LightCycler Red640, Alexa Fluor 633 Channel: Crimson Excitation: 680 ± 5 nm Detection: 712 high pass nm Examples of fluorophores detected: Quasar 705, LightCycler Red705, Alexa Fluor 680 Channel: HRM Excitation: 460 ± 20 nm Detection: 510 ± 5 nm Examples of fluorophores detected: SYBR Green I, SYTO9, LC Green, LC Green Plus+, EvaGreen Operating software is available. Analysis software must be purchased.

The MACSQuant Analyzer 10 brings to life the versatility and power required for modern flow cytometr (more)y applications. Whether mining for rare cells, analyzing the efficiency of your cell manufacturing process or investigating signaling pathways, you are equipped for the task at hand. With a range of automated features, this flow cytometer lays the foundation for true automation present in all instruments belonging to the MACSQuant Family of flow cytometers. Laser excitation (spatially separated): 405 nm (40 mW), 488 nm (30 mW), 640 nm (20 mW) Emission detectors: FSC: 488/10 nm, SSC: 488/10 nm, V1: 450/50 nm, V2: 525/50 nm, B1: 525/50 nm, B2: 585/40 nm, B3: 655–730 nm, B4: 750 nm LP, R1: 655–730 nm, R2: 750 nm LP Fluorescence sensitivity and resolution: MESFs (CV <5%), FITC <200, PE <100, APC <150 Flow cell dimensions: 200 x 250 μm Fluorescence detectors: Optimized with spectrally matched PMTs for all channels Minimal uptake volume: 1 μL (25 μL recommended for volumetric counting applications) Sample flow rate: 25, 50, or 100 µL/min or automate flow rate to maintain 500, 1000, or 2000 events/second Measurement speed: <25 minutes per 96-well plate (5 μL measurement volume per well) Sample uptake: 1–450 µL Maximal event rate: Up to 15,000 events/second Dimensions (WxDxH): 669 x 500 x 554 mm Weight: 50 kg

The CF1 will process up to 100 mL per minute (at maximum pressure) and is ideal for customers workin (more)g with up to 5 L of sample. 99% cell lysis efficiency with Saccharomyces cerevisiae Minimal dead loss of up to 2 mL Quick & easy to use, simply plug in and switch on No need to prime Touch screen control Cooling jacket surrounds the disruption head, simply fit your chiller to the disruption head to keep your sample cool whilst it is being processed Consistent pressure giving you repeatable results Automatic shutdown allowing you to continue with other tasks once sample has been processed Disruption head can easily be dismantled for autoclaving

Epsilon 3XLE is a benchtop energy dispersive X-ray fluorescence (EDXRF) spectrometer that is used fo (more)r elemental analysis from carbon (C) to americium (Am) in areas from R&D through to process control. Easy to operate, reliable and highly flexible, it is ideally suited to a broad range of industries and applications. The instrument is powered by the latest advances in excitation and detection technology, delivering excellent analytical performance. The SDDUltra silicon drift detector fitted in Epsilon 3XLE enables ultra light element analysis of even carbon, nitrogen and oxygen. Excluding software

Monochromator: Holographic concave diffraction grating (for Ex and Em) Light source: 150 W xenon lam (more)p (mounted horizontally) Wavelength range: 220 – 650 nm (for Ex and Em) Spectrum bandwidth: Excitation monochromator – 18 nm, Emission monochromator – 10, 16, 40 nm (can be switched by keypad input) Wavelength accuracy: 2 nm Wavelength repeatability: 0.3 nm Detectors: Excitation – Photodiode, Emission – Photomultiplier Flowcell capacity: 16 µL Solvent wetted materials: Synthetic silica, fluororesin, PEEK, stainless steel Measurement range: 1, 2, 4, 8, 16, 32, 64, 128, 256 and S Gain: x 1000, x 100, x 10, x 1 Responce: Fast, Standard, Slow and digital filter method Signal processing: Digital processing by A/D and D/A converters (with ambient temperature compensation circuits) Output: Recorder – 10 mV/FS (polarity change is possible), Intergrator – 1 V/FS (one circuit each for marker and leak output) Input: One circuit each for marker and autozero input, Program reset run input Program functions: Time program possible with Ex wavelength, Em wavelegth, gain, attenuation, wavelength scan, etc Wavelength scan functions: Ex spectrum and Em spectrum measurement (manual and time program), Spectrum storage (10 Ex and 10 Em spectra) and spectrum (difference spectrum) output Dimensions (WxHxD): 300 x 150 x 460 mm Weigth: 19 kg

It will easily accept all types of blood donor bags. HomoTek 2 is equipped with a linear mixing syst (more)em that always guarantees excellent mixing of blood with anticoagulant. As standard is possible  to adjust the value of the alarms for the low and high flow, together with the maximum donation time up to 20 minutes. In addition, it is possible to set a default value (routine value) in mL, that the mixer wil propose you any time you switch on the unit. It is also possible to change the desired volume to collect at any time, including during the donation. At the end of the donation the HemoTek 2 will automatically clamp te tube activating an optical and visual alarm. During this phase, the display will show alternately the final volume collectd and the donatiob time, in minutes and seconds. This mixer is very simple to calibrate via calibration mass (not included). With the optional rechargeable battery pack (not included), HemoTek 2 can work also without power for up to 80 donations. Dimensions (DxHxW): 300 x 200 x 250 mm Weight: 3 kg

Gerhardt Kjeldatherm Block Digestion Unit SMA / COD Automatic System ( CSB20A / SMA20A ) Kjelda ther (more)m digestion block KB20 made of aluminum with holes for tubes SMG Time-temperature controller TZ, incl. PT100 temperature sensor. Two tier console EBL-C with built-in motor for the vertical movement of the samples and water condensers. Insert rack EB-K for condenser with 20 pieces condensers. This unit is in excellent working condition and very clean cosmetically. Feel free to contact with any questions.

The MiSeq System offers the first DNA-to-data sequencing platform integrating cluster generation, am (more)plification, sequencing, and data analysis into a single instrument. Its small footprint—approximately two square feet—fits easily into virtually any laboratory environment. The MiSeq System leverages Illumina sequencing by synthesis (SBS) chemistry, a proven next-generation sequencing (NGS) technology responsible for generating more than 90% of the world’s sequencing data.1 With the power of NGS delivered in a compact footprint, the MiSeq System is the ideal platform for rapid and cost-effective genetic analysis. Extensive suite of applications Explore an ever increasing range of sequencing applications. With faster turnaround time and simplified workflows, the MiSeq System offers a cost-effective alternative to sequencing by capillary electrophoresis and qPCR for applications such as targeted resequencing, clone checking, amplicon sequencing, and RNA expression. Local Run Manager Software and BaseSpace Sequence Hub offer optimized analysis workflows for small genome sequencing, 16S metagenomics, RNA sequencing, targeted resequencing, and preimplantation genetic screening (PGS), as well as highly multiplexed applications such as amplicon sequencing with AmpliSeq™ for Illumina panels. Adjustable read lengths, flow cell options, and choice of single or paired-end reads allow flexibility for matching data output to a broad range of experimental needs.

The NucliSens miniMAG system uses Boom technology (reference method) with magnetic silica for the ge (more)neric extraction of DNA and RNA in different specimens.

Bio-Rad GelAir Drying System The GelAir drying system is perfect for drying polyacrylamide and agaro (more)se gels. Dried between two sheets of cellophane, the gels come out completely clear with a glossy finish, ideal for densitometry, photodocumentation, autoradiography, overheads, and long-term storage. The heated drying chamber works like a convection oven to dry mini gels in 45 minutes or 20×20 cm gels in 60 minutes, rivaling the speed of conventional gel dryers that require a vacuum pump. Drying times may vary depending on percentage and thickness of the gel. The dryer holds up to four drying frames at once. For drying polyacrylamide and agarose gels. Timer control : 0–3 hr, fully adjustable  Function modes : Fan only; fan and heat; off  Dryer capacity : 4 shelves, each accommodating 1 drying frame  Dimensions (WxDxH) : 27x43x30 cm  Weight : 8 kg     GelAir Drying Frames     Inner dimensions : 20×20 cm  Drying frame  Molded polycarbonate bottom frame, stainless-steel top frame  Clamps  Molded polysulfone, 8 clamps per drying frame  Gel capacity : 4 mini (8×7 cm) gels, 2 Criterion™ (13.3×8.7 cm) gels, 1 large (20×20 cm) gel (per frame) This system includes Dryer Frames Clamps Assembly table Cellophane supports

15 stirring positions, 100% maintenance-free and wear-free by inductive 2mag-Magnetic-Drive concept  (more)for powerful mixing of solutions, power reserves up to 3,000 ml per stirring point, 100% synchronized speeds, jerk-free stirring even at low speeds. Fully encapsulated and hermetically sealed stainless steel housing, IP68, water-, dust-, and germproof, extremely robust construction and performance, easy to clean and maximum resistance, submersible in water- resp. oil baths, suitable for the use in CO2-incubators and ovens. Stirring points: 15 Stirring point distance: 65 mm Stirring volume/stirring point: 1 – 3000 ml Speed range: 100 – 1,600 rpm Stirring power (max.): 40 W Material housing: Stainless steel Permitted operation conditions HT-version:  up to +200°C in air, up to +95°C in water submerged Dimensions (WxDxH): 245 x 375 x 38 mm Weight: 9.5 kg

Innovative MALDI-TOF and TOF/TOF technology designed and optimized to be easy-to-use; robust systems (more) for both traditional MALDI applications (reliable and detailed protein/peptide characterization, and polymer analysis) as well as cutting edge work (high resolution MALDI Tissue Imaging, glycan analysis or high-throughput MALDI Biotyper microbial identification). The new autoflex speed incorporates a number of key features which enhance its capabilities and value including: Enhanced Speed with a 2 kHz (kiloHertz) proprietary smartbeam-II solid-state laser and electronics for high throughput applications including LC-MALDI, MALDI Imaging, and high-throughput microbiology ID Unique FAST-SRM mode provides single reaction monitoring capabilities for imaging of drugs and metabolites in tissue Expanded High-Resolution Mass Range for analysis of polymers and Top-Down, intact protein sequencing for long sequence readouts FlashDetector technology to increase resolution and prevent signal saturation for complex samples Self-cleaning Ion Source cleans the instrument source in minutes to improve system up-time and with minimal operator maintenance Optimized Software packages for numerous applications e.g. Protein-, Peptide-, Polymer-Analyses, and MALDI Imaging, clinical research methods and the MALDI Biotyper IVD-CE workflow. The most flexible autoflex instruments are available in linear only mode, high resolution reflectron mode and the latest TOF/TOF technology (LIFT) which enables the use of various MS/MS techniques (e.g. LID, high energy CID) for fast and sensitive MS/MS experiments. Including PC and several sample plates

The EF is a class II biological safety cabinet. The EF offers the user the possibility to work safel (more)y with bioagents under sterile conditions, via the work opening, without complete physical shielding of the experiment. Average downflow (in working position): 0.36 m/s ±0.05 Average downflow (in standby position): 0.10 – 0.20 m/s Average inflow at the top of the working opening (in working position): 0.28 m/s Average inflow through the entire working opening (in working position): > 0.5 m/s Air exhaust (in working position): 400 m³/h ± 25 Sound level: < 57 dB A Lighting: 2x TL-high output (white – No. 840) Lighting intensity: 1000 Lux UV lighting type: UV-C UV lighting wavelength: 253 nm Pre-filter: G3 (EN 779) (1150 x 445 mm) Downflow filter: Astrocell HEPA 12P6+ (H14 acc. EN 1822) (610 x 1220 x 69 mm) Emission filter: Astrocell HEPA 4P4 (H14 acc. EN 1822) (457 x 457 x 69 mm) Working opening in working position (HxW): 165 x 1190 mm Maximum working opening: 350 mm Working surface (WxD): 1109 x 440 mm Dimensions (WxDxH): 1333 x 844 x 1552 mm Height including base: 2297 mm Weight: 255 kg

BD MAX System is intended for in vitro diagnostic (IVD) use in performing FDA cleared or approved nu (more)cleic acid testing in clinical laboratories. It is capable of automated extraction and purification of nucleic acids from multiple specimen types, as well as the automated amplification and detection of target nucleic acid sequences by fluorescence-based PCR. The BD MAX System is capable of: Independent nucleic acid extraction and purification PCR amplification using thermal cycling across 24 lanes Real time detection of products of amplification Identification of each Sample Buffer tube by external barcode reader Work List verification by internal barcode reader Fluorescence detection at up to five wavelengths, allowing multiplex reactions by Cycle threshold (Ct) call, or multiplex reactions by melt analysis Qualitative, quantitative and melt sample analysis Features: Integrated and fully-automated extraction and thermocycling steps Processes and analyzes up to 24 specimens per run On-board lysis and extraction with pre-filled reagent strips Real-time PCR with two 24-lane microfluidic PCR readers Dedicated multi-color optics including: 475/520, 530/565, 585/630, 630/665, 680/715 Consistent results through standardized workflow and protocols Rapidly expanding menu and open-system options to help address emerging testing needs Less than one minute of hands on time per sample CLIA Moderately complex and easy to use All-in-One computer contains instrument software that is responsible for instrument control, self-calibration, data analysis and storage User interface can be navigated with point-and-click icons (keyboard and mouse), or the Computer’s touchscreen Modules included: Temperature control/heating subsystem to control thermal cycling A liquid handling head to transfer samples from Sample Buffer tubes to Unitized Reagent Strips Onboard readers to measure the amplification reaction and report results Software/user interface allows for: 24 unique thermal cycling channels per system (two onboard readers) Entering patient/sample information, either manually or by external barcode reader Monitoring operations, communication and storing of data Qualitative, quantitative and melt sample analysis Error warnings Download of results to a USB thumb drive LIS connectivity Dimensions (HxWxD): 940 x 755 x 725 mm Weight: 113 kg

The 4titude a4S Automatic Heat Sealer requires no air supply, enabling the flexibility to be used on (more) standard lab benches as a stand-alone unit, or integrated within a robotic set up. The unit features a rapid heating element for quick start-up, and the stand-by function saves energy when the unit is not in use. The 4titude a4S Automatic Heat Sealer is compatible with a wide range of SBS footprint plates, including all PCR plate formats from 96 well to 1536 well, assay plates, deep well storage plates and microplates. Varying plate heights, from 3 mm to 60 mm can be accommodated with minimal adjustments of the instrument. Plates are presented in the portrait format and the plate position on the shuttle allows good access for robotic integration. Rolls with a width of between 75-85 mm can be loaded in either of two roll positions, depending on roll length and available space, enabling the 4titude a4S Automatic Heat Sealer to fit under the gantree of most liquid handling robots. The width and length of the applied seals are set to precisely cover an SBS footprint plate without interfering with plate stacking. The seal position can be adjusted to give an overhang at one end of the plate to facilitate ease of seal removal. Specifications: Sealing Temperature Range: 100 – 195°C Sealing Time Range: 0.1 – 10 Sec Connection: RS-232 Serial Port, USB Port Dimensions: 230 x 507 x 276 mm Weight: 27 kg

The ETI-MAX 3000 is a fully automated microtiter plate analyzer performing the complete sample proce (more)ssing (sample pre-dilutions, sample and reagent dispensing, incubations, wash processes, plate transports) as well as the photometric measurement and evaluation. The instrument is controlled by Windows PC software. This software allows the user to process the pre-defined assays of DiaSorin as well as assays programmed by the user. The clear structure with intuitive user-guidance allows simple and quick operation of daily routine jobs as well as programming of user-specific assays. Liquid handling: 1 ml thinner Disposable tips: 300 or 1100 µl Pipette range: Simultaneous operation of 4 plates Precision (samples and reagents): CV < 8.0% at 10 µl, CV < 2.5% at 100 µl Level sensor: Electronic Clot detection: Yes Mixing: Yes (pre-dilution tube and microplate) Multipipetting: Yes (sample, control and reagent) Pipetting time samples: < 18 min/96 wells (100 µl/well) Pipetting time reagents: < 4 min/96 wells (100 µl/well) Carry-over: None Identification: Barcode scanner for primary vessels, controls and reagents, Barcode scanner for microtiter plates Tube: Diameter 10-16 mm, Height 55-100 mm Barcode type: 2/5 interleaved, UPC A & E, 2/5 IATA, 2/5 Industrial, EAN 8 of 13, Code 128, EAN 128, Pharmacode, EAN addendum, 2 of 5, Code-a-bar Capacity: Maximum 240 sample tubes Capacity: 4 separate incubators Temperature range: 5°C above room temperature to 50°C Accuracy: ± 1°C average of the plate Consistency: ± 0.7°C/whole plate Shaking: Lengthwise Capacity: Up to 4 wash buffers Wash head: 1 x 8 Pipette volume: 200 – 2500 µl/well, depending on the assay Precision: ± 5% CV at 300 µl Residual volume: < 2.5 µl in round-bottom wells, < 4 µl for flat-bottom wells Level sensor buffer: Yes Level sensor waste container: Yes Wash programs: 1 to 9, depending on the assay Incubation time: 1 to 999 seconds, depending on the assay Pipette pressure: Adjustable for each assay individually Measurement: Vertical with photodiodes, Extinction or kinetic measurement Channels: 8 Operation: Single or double, with second measurement when the measuring range is exceeded Spectrum: 400 – 700 nm Filter: Up to 8 positions are available, of which 5 are already on board (405, 450, 492, 550, 620 nm) Measurement time: < 10 seconds Dynamic range: – 0.100 to 3,000 absorption units Linearity: 0 –2,000 absorption units ± 1.0% Precision: ± 0.005 absorption units or 2.5% Dimensions (WxDxH): 1130 x 760 x 1000 mm Weight: 130 kg

The biohazard cabinet of the brand Clean air type EF/A6, equipped with a UV lamp, generates a steril (more)e airflow in the cabinet, keeping the material of the cabinet free of contamination and contamination (product protection). In addition, the downflow provides reasonable protection against cross-contamination while conducting experiments. The intake of air from the laboratory space ensures that an inwardly directed protective air curtain is formed at the front of the cabinet, which serves for personal protection. This biohazard cabinet is suitable, among other things, for culturing cells and for transfecting cells under sterile conditions. All in all, this biohazard cabinet is ideal for conducting experiments in which bacteria, viruses and micro-organisms are present. Technical specifications Downflow filter: 18P6+ Exhaust filter: 6P7 Pre-filter dimensions (ØxH): 445 x 1760 mm Exterior dimensions (WxDxH): 1900 x 835 x 2400 mm Inner dimensions (WxDxH): 1800 x 575 x 740 mm Weight: 315 kg

The biohazard cabinet of Clean Air type EF/A4 is designed for microbiological research with biologic (more)al agents, such as bacteria, viruses and allergens. Thus, this biohazard cabinet is suitable, inter alia, for culturing cells and for transfecting cells under sterile conditions. The Clean Air EF/A4 generates a sterile air flow in the cabinet, keeping the material of the cabinet free from contamination and contamination (product protection). In addition, the downflow provides reasonable protection against cross-contamination of experiments. Furthermore, the intake of air from the laboratory room ensures that an inwardly directed protective air curtain is formed at the front of the cabinet, which serves as a personal protection. Downflow HEPA filter (EN 1822): 12P6 + Exhaust HEPA filter (EN 1822): 4P4 UV wave length: 253 nm Dimensions prefilter: 445 x 1150 mm Interior dimensions (WxDxH): 1200 x 575 x 750 mm Dimensions (WxDxH): 1330 x 835 x 1550 mm Frame height: 750 mm Weight: 200 kg

Speed range: 100 – 16220 rpm (50 rpm increments) Reletive centrifugal force: 1 x g – 25001 x g (50 x (more) g increments) Maximum kinetic energy: 9920 J Temperature range: -11°C to 40°C Run time: 10 s – 9:59 h, infinite (10 s – 2 min, 10 s increments; 2 min – 10 min, 30 s increments; 10 min – 9:59 h, 1 min increments) Permissible density (at max rcf or rpm with maximum load): 1.2 g/mL Dimensions (WxDxH): 319 x 540 x 254 mm Weight: 30 kg Equipped with: 1x Eppendorf FA-45-48-11 biocontainment lid 1x Eppendorf FA-45-48-11 fixed angle rotor (max 12700 rpm; 48x 1.5 mL/2.0 mL micro test tube capacity)

The iBlot 2 Gel Transfer Device is an integral part of the iBlot 2 Dry Blotting System, which consis (more)ts of the transfer device and consumable transfer stacks that contain the required buffers and transfer membrane (nitrocellulose or PVDF). Complete protein transfer in 7 minutes or less High detection sensitivity and even transfer Increased blotting reliability and reproducibility Flexible gel size formats and membrane types A simple, user-friendly system Options to create new custom programs Built-in tutorial and application notes High-quality transfer stacks that are more compact than before Rapid, High-quality Protein Transfers For dry electroblotting of proteins from mini-, midi-, and E-PAGE gels onto nitrocellulose or PVDF membranes for Western detection Offers high-quality transfer, convenience, and speed, producing crisp, clear bands that remain sharp and straight, with exceptional transfer efficiency Allows users to create custom programs Membrane Compatibility: Nitrocellulose, PVDF Throughput: 1 Midi or 2 Mini Gels Running Dimension: Horizontal For Use With (Application): Western Blot Gel Compatibility: Bolt Bis-Tris Plus Gel, E-PAGE Gel, Novex Midi Gel, NuPAGE Gel, Novex Mini Gel Mode of Transfer: Dry Running Time: ∼7 min Dimensions: 370 x 200 x 110 mm Weight: 2.3 kg

The iBlot 2 Gel Transfer Device is an integral part of the iBlot 2 Dry Blotting System, which consis (more)ts of the transfer device and consumable transfer stacks that contain the required buffers and transfer membrane (nitrocellulose or PVDF). Complete protein transfer in 7 minutes or less High detection sensitivity and even transfer Increased blotting reliability and reproducibility Flexible gel size formats and membrane types A simple, user-friendly system Options to create new custom programs Built-in tutorial and application notes High-quality transfer stacks that are more compact than before Rapid, High-quality Protein Transfers For dry electroblotting of proteins from mini-, midi-, and E-PAGE gels onto nitrocellulose or PVDF membranes for Western detection Offers high-quality transfer, convenience, and speed, producing crisp, clear bands that remain sharp and straight, with exceptional transfer efficiency Allows users to create custom programs Membrane Compatibility: Nitrocellulose, PVDF Throughput: 1 Midi or 2 Mini Gels Running Dimension: Horizontal For Use With (Application): Western Blot Gel Compatibility: Bolt Bis-Tris Plus Gel, E-PAGE Gel, Novex Midi Gel, NuPAGE Gel, Novex Mini Gel Mode of Transfer: Dry Running Time: ∼7 min Dimensions: 370 x 200 x 110 mm Weight: 2.3 kg

Temperature range: 10°C above ambient to 220°C Temperature resolution: 0.5°C Temperature accuracy: 0 (more).5°C Max load per tray: 30 kg Max load total: 90 kg Capacity: 53 L Internal dimensions (WxHxD): 400 x 400 x 330 mm Dimensions (WxHxD): 550 x 680 x 480 mm Weight: 35 kg