Biotech and life sciences

The Applied Biosystems capillary electrophoresis product line is designed with one thing in mind: in (more)creasing your productivity. The 3100 system is a fully automated, fluorescence-based capillary electrophoresis platform that simultaneously analyzes 16 samples. It not only has more capillaries, but more flexibility as well, with the ability to automate the routine tasks that normally slow you down. In fact, the 3100 system is capable of 24-hour, hands-free operation. Sequencing analysis Separates a mixture of DNA fragments according to their lengths Provides a profile of the separation Determines the order of the four deoxyribonucleotide bases Fragment analysis Separates a mixture of DNA fragments according to their lengths Provides a profile of the separation Determines the length of each fragment (in basepairs) Estimates the relative concentration of each fragment in the sample

The BioTek 800 TS absorbance reader is an affordable, high-quality microplate reader for assays in 6 (more)- to 384-well formats. Applications include ELISA, protein quantification, enzyme kinetics and cell-based assays.The color touch screen provides a visual user interface, making programming fast and intuitive. Expanded functionality and data analysis is available with Gen5 software. The 800 TS partners with the 50 TS washer, making a compact, versatile, and affordable system to automate many application workflows. General SpecificationsDetection modes AbsorbanceRead methods EndpointMicroplate types 6-, 12-, 24-, 48-, 96-well microplatesMaximum plate height 0.9" (22.86 cm)Shaking LinearOnboard software Up to 40 user-programmable protocols; Quick menu; Create, edit or run protocols; Save results to USB thumb drivePrinter External USB printer (optional)User interface 4.3" color LCD touchscreen display Dimensions 16.5 x 15 x 7 inches (41.9 x 38.1 x 17.8 cm)Weight 18.5 lbs (8 kg)

Basic Technical Specifications MAGLUMI 4000 Capacity up to 280 tests/hour 25 reagents on board conti (more)nuous loading in a refrigerated area 144 samples on board continuous loading (any mix of sample cups and bar-coded primary tubes can be loaded at the same time. Integrated reagent kit ready-to-use (includes all necessary calibrators and controls of the test) Two – point calibration to adjust master curve Long –term calibration stability Clot detection Liquid level detection Modes of operation: Random access, Batch mode, STAT Bi-directional LIS connection ● Throughput: up to 280 tests/hour ● 24 hours ready to use ● Time to first result:16 minutes

The Multidrop Combi Reagent Dispenser handles a wide selection of plates and volume range and provid (more)es fast dispensing and high-throughput operation. Provides precise dispensing over a 0.5 to 2500μL range, ensuring reproducible assay data Accommodates microplates from 6 to 1536 wells and plate heights of 5 to 50mm Visual icon-based graphic display makes it easy to use and program, even without training Minimal dead volume and back-flushing reduces reagent costs Easy to use Thermo Scientific FILLit Software provides increased flexibility and functionality Full robotic compatibility gives increased throughput Uses eight-channel detachable and autoclavable dispensing cassettes that are standard across the Multidrop range

The DYNEX DS2 system is one of a kind – dynamic, precise and cost-effective processing systems. This (more) breakthrough 2-plate ELISA processing system guarantees to change the game for laboratories looking to streamline their processes and save valuable resources. If you’re a time-strapped facility with high demands, the DS2® is the solution you’re searching for. Designed to cut costs, save labor and enhance your speed. Capacity suitable for both smaller and larger laboratories– 2 plates– 100 samples– 2 reagents, control and standards stands Compact dimensions - 54 cm width Intuitive control and programming

* HDF 1/2/3/4 Hydrodynamic Focusing Chips: Hydrodynamic focusing is the creation of very thin contro (more)llable contact surfaces and flow paths as a result of the compression of side by side parallel fluids by taking advantage of the laminar flow feature under certain flow values in microchannels. Our portfoli o includes products with a different number of input and output ports and different focuser channel lengths.

* SM 1/2 Serpentine Mixing Microfluidic Chips: There are models with thin and wide microchannels are (more) available for short and long duration reactions. The serpentine shape of the channels is to increase the effectiveness of the diffusion mixture and to form long channels on small chips. It is possible to study the interaction of two or more liquids. By using special fittings, different volumes of liquids can be transferred from the inlet with different pumps, and the output products can be used in tubes or devices for further studies.

working cell sorter

50 mm [1 ³¹/₃₂"] outer diameter, with an aperture range of 2 mm - 28 mm [⁵/₆₄ - 1 ⁷/₆₄"]. 3D printed (more) in PLA material, creating a strong, robust, and versatile mechanical iris diaphragm for a variety of applications, such as: microscopy, flow control, gripping/orientation, and photonics. Specifications -------------------- Aperture: 2 - 28 mm [⁵/₆₄ - 1 ⁷/₆₄"] Leaves: 12 Handle size: 5 x 12 mm[¹³/₆₄ x ¹⁵/₃₂"] Outside Diameter: 50 mm [1 ³¹/₃₂"] Height: 9 mm [²³/₆₄"] Handle operation: 87° Material: PLA (3D printed) Please do reach out if you need mounting options or custom modifications.

Optical iris diaphragm for night vision goggles, scopes, microscopes, and other opto-mechanical uses (more). It has an aperture range of 1.5mm to 24 mm [¹/₁₆ - ¹⁵/₁₆"], and an outside diameter of 37 mm [1 ²⁹/₆₄"]. Specifications Aperture: 1.5 - 24 mm [¹/₁₆ - ¹⁵/₁₆"] Outside diameter: 37 mm [1 ²⁹/₆₄"] Thickness: 8 mm [⁵/₁₆"] Leaves: 12 Handle rotation: ~90° Colour: Black Material: PLA plastic (3D printed) If you need an adapter, or other modifications, please do reach out!

Design and make an iris diaphragm, effortlessly! 1 year access to our online design software tool, f (more)or helping design and make mechanical iris diaphragm apertures quickly and precisely. Iris Calculator enables you to instantly determine the feasibility of an iris diaphragm design. By eliminating all the work involved in creating CAD or vector drawings of the mechanism, you can alter and refine your design on the fly - safe in the knowledge that each iteration will function perfectly. Dimensions for the blade array geometry, actuator ring, and housing are all calculated in software from the the initial dimensions you specify - along with minimum and maximum apertures - allowing you to review your design and components with ease. Simply enter any dimensions you know and the rest will be calculated for you! Features Rapidly assess design solutions, then export the DXF iris template for use in your CAD or vector application. React quicker, and more efficiently when designing custom-sized iris diaphragms. - Interactive animated iris design - Component layer visibility - DXF file export - Dynamically drawn with dimensions - Mathematically solved design - Software powered by industry tested design engine - Rotational movement calculated Learn more at iris-calculator.com

Demo(Never used) /YOM:2013 The 3500 Genetic Analyzer with the 8-capillary design featuring a powerf (more)ul, integrated data collection that provides real-time assessment. This sequencer allows for a majority of applications to utilize a single polymer and capillary array. The 3500 design boost high performance turn times while providing environmentally controlled results. while retaining the unparalleled desired application versatility. ""Contact us for special pricing "

The ARCHITECT i2000SR immunoassay analyzer meets your laboratory’s high standards by delivering STAT (more) results when you need them. The flexible protocols built into the ARCHITECT i2000SR enhance laboratory workflow and allow you to report results with confidence. The ARCHITECT i2000SR immunoassay analyzer offers a maximum throughput of up to 200 tests per hour. Featuring a load-up capacity of 135 samples with 35 priority and 100 routine areas, the ARCHITECT i2000SR has 25 refrigerated reagent positions. For in vitro diagnostic use only. Contact us to get a quote!!

Applied Biosystems has developed millions of human, mouse, and rat probe/primer sets. These assays m (more)ay be performed individually or in focused sets on the TaqMan® Low Density Arrays (TLDAs), microfluidic cards that contain up to 384 dried-down TaqMan® Gene Expression Assays and eight ports for fast, efficient loading. Key Features : Simple to use Reliable gene quantition Fast, beautiful results Contact us to get a quote!!

Velp refrigerator-thermostat of 169L net that guarantees excellent connectivity and high performance (more) in temperature control. Auto-Tuning thermoregulation system and transparent internal door that allows visual inspection of the contents with LED shelves for crops and fermentation studies and small growth chamber. - Adjustable temperature: from 3°C to 50°C; stability +/- 0.5°C - 169 liter capacity - Equipped with premium Wi-Fi connectivity to VELP Ermes Cloud Platform - Wireless management via TEMPSoft ™ software (optional) - Accepts up to 4 VELP breathing systems Follow the link for more information: https://jointlab.com/gb/refrigerated-thermostat-and-incubator/324-illuminated-incubator-foc-200il-velp.html

System consists of: 1x Sartorius Stedim BioPAT DCU Control Tower 4x Sartorius Stedim Biostat B-DCU B (more)ioreactor Unit 4x Sartorius Stedim Univessel SU Reactor Holder 8x Sartorius PMA7501 Scale 4x Sartorius BB Reactor Heating Blanket 4x Sartorius Filter Heater The Biostat B-DCU is a fermenter/bioreactor specifically designed to accommodate the requirements of process optimization and characterization in the biotech and biopharmaceutical industry. It provides enhanced functionality and an unrivalled level of options for cell culture and microbial processes making it the ideal scale-down model for your large scale process. Supply Tower Gases – Gas supply pressure 1.5 bar (Gasses must be dry, oil and dust-free), connection of gas hoses with d external 6 mm Water – Water supply pressure: 2 – 4 bar, Flow rate up to 20 l/min, Temperature minimum 4°C, Degree of hardness: 12° dH max. Integrated water pressure reduction down to: 1.5 bar Interfaces – 3+ external signal inputs 0–10 V 3+ external signal inputs 4–20 mA Fieldbus for serial or ethernet devices Digital output 24 V for on/off control of external devices Up to 4 analoge outputs for external pumps Connection for control of external drive motor (0–10 V) Dimensions (WxHxD): 360 x 768 x 432 mm Weight: 45 kg Motor drive Rotation speed: 20 – 400 rpm Process Control Temperature: Pt100 0 – 150°C (temperature control 0 – 80°C) Dissolved oxygen: single-use DO sensor patch 0–100% pH: single-use pH sensor patch 6.5 – 8.5 pH Redox: Combined measurement with pH sensor –1,000 –1,000 mV Balance substrate: 7 kg / 1 g Gravimetric flow controller: Accuracy for 7 kg balance 5 g/h O2 offgas: Zirconium dioxide 0–50 vol% CO2 offgas: Infrared 0–10 vol% Temperature control module for UniVessel SU Single-use Culture Vessel With Heating Blanket Electrical heating blanket Temperature control up to 50°C Heating capacity 2 L : 200 W

Sample capacity: one 384 well PCR plate Temperature control range of the block: 4°C to 99°C Gradient (more) range: 1°C to 20°C Temperature range of the gradient: 30°C to 99°C Temperature control range of the lid: 37°C to 110°C Block hmogeneity (at 35°C): ≤± 0.3°C Block hmogeneity (at 90°C): ≤± 0.4°C Control accuracy: ± 0.2°C Heating rate: 4°C/s Cooling rate: 3°C/s Dimensions (WxDxH): 260 x 415 x 370 mm Weight: 18.5 kg

This is a portable pumping system to be used directly with cell culture inside microfluidic chips or (more) organ-on-a-chip devices. After filling the 4x fresh reservoirs of 15 ml tubes are pumped inside microfluidics. 4x piezo micropumps are used and its flow rate and flow on/off time are arranged by cell phone application via Bluetooth. The kit contains piezo pumps and controllers, metal base, 15 ml tube covers, tubings, android application, and power cable and adaptor.

This is a kit of microencapsulation generators to be used directly droplet and microparticle formati (more)on by water and oil phases. The kit contains a syringe pump, droplet generation microfluidic chips, fitting/holders, tubing, and collector.

This is a kit of tissue chip (or organ-on-a-chip) studies to be used directly for tissue emulating e (more)xperiments. It is a blank platform and needs cells and mediums to be supplied by researchers. The kit contains a peristaltic pump, tissue chips (5 pieces with customer selection option), fitting/holders, and tubings.

This is a kit of nanosponge nano/micro-particle synthesis reactions to be used directly with beta-cy (more)clodextrin and crossing chemicals. The kit contains a syringe pump, nanosponge synthesis microfluidic chip, fitting/holders, tubing, glass beaker.

* BC1/BC2/BC3 Basic Parallel Microchannel Chips: These chips are a single line microchannel for basi (more)c applications requiring small volume sample analysis . The inlets of the microchannels are compatible with single or multiple microp ipettes or syringes. These parallel channels are numbered on the chip. Microchannel dimensions are given in the feature list. “For different microchannel sizes, please request special production".

* DG 1/2/3/4/CC1/CC2 Droplet Generation Microfluidic Chips: These chips that can be used for the pro (more)duction of droplets of various sizes. There are sub models that use T Join and Flow Focusing techniques as production logic. In addition to the existing desig ns (DG CC1/2), there are designs developed by NehirBT (DG 1/2/3/4) in the literature. With these designs, water in oil (w o) or oil in water (o w) emulsions can be created.

* TChipD1 Basic Tissue Chip: These are single channel devices that are used to gain initial experien (more)ce in straight channels and to optimize cell culture in microchannels when starting Tissue/Organ on a chip applications. The medium wide area is for the culture of cell lines. For easy cultivation of immobilized cell lines or primary cell cultures, inlet ports or custom PDMS microchannels can be used without affixing to the substrate.