The following suppliers offer HAMILTON products. Use the overview to compare suitable suppliers, product categories and laboratory products and send a direct request.
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Product categories linked on LabFinder with further independent product knowledge.
Automatic pipetting systems perform precise, repeatable liquid transfers between tubes and microplates for applications such as molecular biology, diagnostics, and cell culture. Select by volume range, channel number, consumable compatibility, and software capabilities. Mechanical or pneumatic systems can automate complex steps, though viscous or foaming liquids may be limiting.
View product category →Barcode scanners capture and decode barcodes on sample tubes, documents, and consumables to automate data acquisition, reduce manual-entry errors, and improve traceability. Select by reading range, barcode formats and densities, interface, and use environment; reliable reading requires clean optics, adequate lighting, and correct distance.
View product category →Biobanking preserves biological samples, including DNA, blood, and tissue, with donor data for clinical, population-based, and molecular diagnostic research. Selection should consider sample type, storage duration and conditions, documentation, access rights, and analytical compatibility. Structured sample management supports traceability and sample quality.
View product category →Ion chromatography separates and quantifies charged particles, particularly cations and anions, for environmental, food, water, research, and quality-control analysis. System selection depends on ion type, required separation performance and detection range; column choice strongly influences selectivity and resolution.
View product category →Flow sensors measure and monitor liquid or gas flows in laboratory fluidics, bioprocess, and process-control systems. Select by medium compatibility, measurement range, installation type, and interface needs. Thermal, mechanical, and inductive principles support different applications; regular calibration helps maintain accuracy.
View product category →Barcode readers automatically capture optically detected barcode data to identify samples, consumables, and laboratory equipment, supporting faster sample logistics, documentation, and quality control. Choose by supported 1D or 2D formats, handheld or stationary use, interfaces, reading range, and compatibility with existing IT systems.
View product category →Barcode systems automate laboratory data capture, sample and material labeling, and process documentation by linking scanners, printers, mobile computers, and software. Select systems for compatibility with existing laboratory software and infrastructure, scalability, supported barcode types, and reliable optical reading under expected print and environmental conditions.
View product category →Capping and decapping equipment automates the opening and closing of laboratory vessels, supporting secure sample management in compound libraries, biological repositories, and high-throughput tube workflows. Select systems based on tube and closure compatibility, throughput, workflow integration, and potential connection with pipetting or liquid-handling automation.
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 SPE systems prepare complex samples for chromatographic or mass spectrometric analysis by selectively retaining target analytes on solid-phase materials. They reduce manual handling and support reproducible workflows. Select systems by sample volume, throughput, extraction media, process control, and compatibility with analytes and matrices.
View product category →Ion chromatography separates and quantifies charged particles, particularly cations and anions, for environmental, food, water, research, and quality-control analysis. System selection depends on ion type, required separation performance and detection range; column choice strongly influences selectivity and resolution.
View product category →Chromatography syringes enable precise withdrawal, dispensing, and injection of samples or solvents for LC, GC, and mass-spectrometry workflows. Select volume range, connection type, and needle design for the system, while body and seal materials should match the chemical medium to support leak-tight, reproducible injections.
View product category →Cannulas are hollow needles for injecting or withdrawing liquids, collecting blood samples, and supporting catheter placement. Select by intended use, gauge, length, tip design, sterility, and syringe compatibility. They are unsuitable for gases or larger particulates, and gauge can limit flow volume or use with certain tissues.
View product category →Plate stackers automate the stacking and exchange of microplates for high-throughput, standardized workflows in cell culture, molecular biology, and bioanalysis. Select models based on plate-format compatibility, stack capacity, exchange speed, and integration with connected instruments. They mechanically handle plates and do not perform measurement or liquid handling.
View product category →Syringes enable manual drawing, injection, and transfer of liquids for precise laboratory dosing. Choose volume, plastic or glass construction, sterility, and cannula compatibility according to the task. Fine graduations support accurate dosing, while reusable glass types require cleaning, sterilization, and regular checks.
View product category →Biobanking preserves biological samples, including DNA, blood, and tissue, with donor data for clinical, population-based, and molecular diagnostic research. Selection should consider sample type, storage duration and conditions, documentation, access rights, and analytical compatibility. Structured sample management supports traceability and sample quality.
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 →Automatic pipetting systems perform precise, repeatable liquid transfers between tubes and microplates for applications such as molecular biology, diagnostics, and cell culture. Select by volume range, channel number, consumable compatibility, and software capabilities. Mechanical or pneumatic systems can automate complex steps, though viscous or foaming liquids may be limiting.
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 →Piston and syringe dosing pumps deliver defined liquid volumes for sample preparation, chemical analysis and synthesis. Their stroke-controlled mechanism supports repeatable dispensing of aqueous or viscous media in small to medium volumes. Select by dosing volume, resolution, material compatibility, accuracy, pressure and automation needs.
View product category →Syringe pumps provide accurate liquid dosing and delivery at small to microvolumetric flow rates for infusion, extraction, sample preparation, and automated laboratory processes. Stepper-motor-driven plunger control supports reproducible dosing; select for syringe compatibility, delivery speed, programmability, chemical resistance, and stability.
View product category →Oxygen analyzers determine oxygen concentrations in gases or liquids for process monitoring, environmental analysis, and medical or biotechnological applications. Choose according to measurement principle, range, accuracy, and medium compatibility; regular calibration supports reliable long-term measurements.
View product category →pH probes electrically measure a solution’s acidic or basic character through a glass electrode and reference electrode. Used in laboratory testing, process control, and environmental analysis, they should be selected for sample resistance, temperature, measurement range, probe design, and pH meter compatibility.
View product category →Barcode scanners capture and decode barcodes on sample tubes, documents, and consumables to automate data acquisition, reduce manual-entry errors, and improve traceability. Select by reading range, barcode formats and densities, interface, and use environment; reliable reading requires clean optics, adequate lighting, and correct distance.
View product category →Automated sample preparation systems standardize pipetting, dilution and mixing to increase throughput and improve reproducibility in biochemical, molecular biology and diagnostic workflows. Choose based on sample format, pretreatment needs, automation level, software interfaces and equipment compatibility; heterogeneous or highly specialized samples may still require manual intervention.
View product category →Automated sample storage systems securely and reproducibly store laboratory samples with controlled temperatures, often including cryopreservation. Automated registration, access control, and barcode or RFID-based identification support traceability. Select systems by capacity, temperature range, automation level, container compatibility, and laboratory information system interfaces.
View product category →Diluters for tubes and plates automate precise liquid-sample dilutions for reproducible, sterile preparation in research, clinical, and microbiological workflows. They use volumetric aspiration and dispensing and may support serial, parallel, or individual dilutions. Choose according to format compatibility, dilution flexibility, throughput, automation, and contamination-control needs.
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 →Flow sensors measure and monitor liquid or gas flows in laboratory fluidics, bioprocess, and process-control systems. Select by medium compatibility, measurement range, installation type, and interface needs. Thermal, mechanical, and inductive principles support different applications; regular calibration helps maintain accuracy.
View product category →Sample management systems organize, identify, and track laboratory samples to improve logistics, traceability, and planning of downstream analyses. Choose software that fits laboratory workflows, integrates with existing information systems, supports required sample types and barcode technologies, and can scale as needs grow.
View product category →Storage robots automate the organization, preservation, and transport of laboratory samples, reducing manual handling and supporting reproducible workflows. Choose systems based on sample-format compatibility, capacity, environmental control, access time, and laboratory management connectivity. Modular designs use precise gripping to serve storage locations or workstations.
View product category →Piston pumps are positive-displacement pumps that use reciprocating motion to convey liquids or gases at high, constant pressure. They can handle viscous or particle-containing media and compress gases. Select by operating pressure, medium type, flow rate, dosing accuracy, and maintenance needs; abrasive or corrosive media may require special materials.
View product category →All 27 product categories
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