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Product categories linked on LabFinder with further independent product knowledge.
Blotting systems transfer electrophoretically separated proteins onto nitrocellulose or PVDF membranes for subsequent immunological detection, including Western blotting. Choose systems based on transfer method, membrane and electrophoresis-system compatibility, sample volume, and automation needs. Reliable results depend on appropriate membranes, buffers, transfer settings, and sample preparation.
View product category →Gel documentation systems visualize and photograph fluorescent or stained nucleic acids and proteins after agarose or polyacrylamide gel electrophoresis, supporting analysis and result archiving. Select illumination and camera technology for stain compatibility, image sensitivity and resolution, software integration, and UV safety.
View product category →Liquid handlers automate precise liquid transfer for sample and reagent preparation, microtiter plate dispensing, and standardized workflows. Technologies include piston pipetting, pumps, and acoustic transfer, covering nanoliters to milliliters. Select systems by volume range, channel count, labware and automation compatibility, accuracy, and suitability for challenging liquids.
View product category →ICP-MS mass spectrometers enable quantitative and qualitative elemental and isotope analysis, particularly for trace inorganic samples such as environmental materials and heavy-metal residues. Selection depends on detection limits, resolution, simultaneous element measurement, plasma stability, and interference suppression. They are less suitable for organic molecules.
View product category →UV/VIS spectrophotometers quantify substance concentration and quality by measuring UV and visible light absorption, supporting nucleic-acid and protein purity testing and bacterial-culture turbidity measurements. Select according to wavelength range, accuracy, optical design, sample-container compatibility and data-export needs; opaque or highly scattering samples can reduce accuracy.
View product category →Fluid workstations enable precise dosing, mixing, and transfer of liquid samples for reproducible laboratory workflows in biology, chemistry, and molecular biology. Choose based on volume range, required functions, automation level, ergonomics, and optional temperature control. They are not suitable for solids or highly viscous media.
View product category →Automated liquid handlers automate repetitive liquid transfers for sample preparation, genomics, proteomics, and cell culture workflows. They support precise, reproducible pipetting and dispensing at micro- or nanoliter volumes and high throughput. Selection should consider volume range, workflow complexity, vessel compatibility, and integration with existing automation.
View product category →Liquid handlers automate precise liquid transfer for sample and reagent preparation, microtiter plate dispensing, and standardized workflows. Technologies include piston pipetting, pumps, and acoustic transfer, covering nanoliters to milliliters. Select systems by volume range, channel count, labware and automation compatibility, accuracy, and suitability for challenging liquids.
View product category →Microplate dispensers automate precise delivery of liquids and reagents into various microplate formats for high-throughput screening, drug discovery, cell biology, genomics, and pharmacokinetic studies. Select by channel number, volume range, accuracy, programmability, and plate compatibility; viscosity and very small volumes can affect precision.
View product category →ICP-MS mass spectrometers enable quantitative and qualitative elemental and isotope analysis, particularly for trace inorganic samples such as environmental materials and heavy-metal residues. Selection depends on detection limits, resolution, simultaneous element measurement, plasma stability, and interference suppression. They are less suitable for organic molecules.
View product category →Total organic carbon analyzers quantify organic impurities in water, wastewater, process liquids, soil extracts, and other samples for environmental monitoring, water treatment, and process control. They convert organic carbon to CO2 by combustion or UV oxidation for infrared or NDIR measurement; select according to sample type, accuracy, throughput, and automation needs.
View product category →Gel documentation systems visualize and photograph fluorescent or stained nucleic acids and proteins after agarose or polyacrylamide gel electrophoresis, supporting analysis and result archiving. Select illumination and camera technology for stain compatibility, image sensitivity and resolution, software integration, and UV safety.
View product category →In vivo imaging systems non-invasively visualize anatomical structures and molecular processes in living organisms, supporting biomedical research and diagnostics. Choose between anatomical and molecular approaches based on the scientific question, considering resolution, contrast, imaging depth, markers, animal-model compatibility, imaging time, and data analysis.
View product category →Transilluminators visualize fluorescence-labelled nucleic acid gels for gel electrophoresis analysis and image documentation. UV, blue-light, or white-LED sources excite compatible dyes; selecting the appropriate wavelength and ensuring uniform gel illumination support reliable visibility. Blue LEDs offer gentler illumination, while UV operation requires safety precautions.
View product category →Western Blot imaging systems record protein band patterns after electrophoresis and blotting, supporting documentation and quantification of protein expression via band intensity. Choose according to detection mode, image quality, gel-format compatibility, and software for capture, processing, and quantification.
View product category →Blotting systems transfer electrophoretically separated proteins onto nitrocellulose or PVDF membranes for subsequent immunological detection, including Western blotting. Choose systems based on transfer method, membrane and electrophoresis-system compatibility, sample volume, and automation needs. Reliable results depend on appropriate membranes, buffers, transfer settings, and sample preparation.
View product category →DNA/RNA extraction systems isolate and purify nucleic acids, optionally proteins, from biological material for PCR, sequencing, and gene expression analysis. Select based on sample compatibility, throughput, automation, target nucleic acid, and purity needs; silica membranes, magnetic particles, or chemical kits enable selective binding and purification.
View product category →PCR cabinets and hoods provide a cleanroom-like workspace for PCR sample preparation and sensitive DNA work, helping prevent contamination through controlled HEPA-filtered airflow, antimicrobial surfaces, and optional UV decontamination. Select based on filter quality, UV provision, work-surface dimensions, and opening design; they are not for hazardous or infectious materials.
View product category →PCR workstations provide controlled, low-contamination conditions for PCR sample preparation and DNA analysis. Closed housings, laminar airflow and HEPA filtration help reduce particles, while integrated UV lamps can support surface decontamination. Select systems by filtration performance, decontamination options, work-surface hygiene and ergonomic access.
View product category →Thermocyclers automate temperature-controlled reactions such as PCR-based DNA amplification, restriction enzyme reactions, ligations, and reverse transcription. Block-based systems heat and cool sample vessels through programmed cycles. Select by sample capacity, temperature range and control precision, cycling speed, vessel compatibility, and programmable parameters; gradient cycling can support PCR optimization.
View product category →UV crosslinkers use short-wave UV-C radiation, commonly 254 nm, to create photoinduced covalent bonds that fix DNA, RNA, or proteins on membranes and filters for blotting workflows. Choose by wavelength, intensity, irradiation area, programmable exposure, and compatibility with membrane or container sizes; penetration is limited to surface layers.
View product category →Acid digestion vessels prepare samples for elemental and trace analysis by breaking down organic and inorganic components in acidic solutions. Choose acid-resistant, leak-tight vessels with suitable mechanical strength, capacity, shape, and compatibility for the acid, temperature, pressure, and digestion method used.
View product category →Digestion systems convert poorly soluble inorganic samples, including oxides, silicates, and sulfates, into soluble compounds for subsequent spectrometric or chromatographic analysis. Selection depends on sample type, reagents, required time and efficiency, and whether closed-vessel microwave heating or aggressive acid mixtures are needed.
View product category →Microwave digestion systems accelerate acid digestion for sample preparation, mineralizing solid or liquid samples in sealed vessels under elevated temperature and pressure for elemental analysis. Direct microwave energy enables rapid, uniform heating. Select by vessel volume, temperature and pressure range, capacity, automation, and safety features such as pressure monitoring.
View product category →Atomic absorption spectrometers quantify specific elements in liquid or solid samples, supporting trace and major metal analysis in environmental, food, materials, and pharmaceutical testing. Choose between flame atomization for simpler applications and graphite furnace AAS for higher trace-element sensitivity; sample matrix effects and single-element measurement limits should be considered.
View product category →Elemental analysis instruments identify and quantify major and trace elements in solid, liquid, and gas samples for environmental monitoring, quality control, and research. Select according to sample matrix, target elements, detection limits, throughput, and preparation needs, as interferences and suitability vary by technique.
View product category →Element spectrometers determine chemical composition by measuring elemental concentrations in solid, liquid, or gaseous samples. They support trace-element detection, alloy analysis, pollutant determination, and quality control. Select the measurement principle based on target elements, detection limits, sample type, and required multi-element capability.
View product category →ICP-OES spectrometers provide rapid, simultaneous multi-element analysis for environmental testing, process monitoring, and materials quality control. They quantify characteristic optical emissions from plasma-excited elements. Selection should consider required detection range and sensitivity, throughput, automation, software, and sample-preparation compatibility; ultra-trace and isotope analysis require other methods.
View product category →Mercury analysis detects mercury contamination in gas, liquid, and solid samples for environmental monitoring, industrial processes, quality control, and safety testing. Select methods by sample matrix, required detection limits, and preparation compatibility; atomic absorption and fluorescence spectrometry are suited to trace mercury detection.
View product category →Micro volume UV/VIS spectrophotometers quantify nucleic acids and proteins and assess purity from 0.5 to a few microliters, often without cuvettes. They measure transmitted light through small wells; select by minimum sample volume, wavelength range, accuracy, reproducibility, and measurement speed.
View product category →Photometers measure quantities such as luminance and luminous intensity and determine solution concentrations using the Beer-Lambert law. Used in environmental, process, microbiological, and biochemical analysis, they may use absorption or transmission principles. Select wavelength range, accuracy, and sample compatibility carefully, especially for complex or highly scattering media.
View product category →Spectrophotometers measure light intensity by wavelength, primarily across the UV–visible range, for chemical and biological analysis, colour measurement, and material quality control. Choose transmission or reflection geometry according to sample transparency and surface properties; spectral range, wavelength accuracy, and repeatability are key considerations.
View product category →UV/VIS spectrophotometers quantify substance concentration and quality by measuring UV and visible light absorption, supporting nucleic-acid and protein purity testing and bacterial-culture turbidity measurements. Select according to wavelength range, accuracy, optical design, sample-container compatibility and data-export needs; opaque or highly scattering samples can reduce accuracy.
View product category →All 28 product categories
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