Welcome to SANDOWN SCIENTIFIC
At SANDOWN SCIENTIFIC, we specialise in providing laboratory equipment and software solutions tailored for behavioural science research. Our precision-engineered instruments and advanced digital tools are trusted by universities, research institutes, and laboratories worldwide. Whether you are conducting behavioural psychology experiments, neuroscience studies, or pharmacology research, our products are designed to deliver unmatched accuracy, reliability, and innovation. Explore our full range of research instruments and discover how we can help you achieve scientific excellence.
At SANDOWN SCIENTIFIC, we provide a comprehensive selection of high-quality laboratory instruments designed to meet the diverse needs of scientists, researchers, and laboratory professionals. From routine testing to advanced scientific analysis, our equipment ensures accuracy, efficiency, and consistent results across a wide range of disciplines.
Our main instrument categories include:
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PCR Machines for DNA amplification in molecular biology research.
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CO₂ Incubators for optimal cell culture growth conditions.
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Microplate Readers for high-throughput screening and ELISA assays.
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Spectrophotometers for accurate quantification of nucleic acids and proteins.
Analytical and Chemical Instruments
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HPLC Systems for precise chemical separation and analysis.
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Gas Chromatography-Mass Spectrometry (GC-MS) for compound identification.
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Automated Titrators for accurate chemical measurement.
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Analytical Balances for microgram-level precision weighing.
Clinical and Diagnostic Equipment
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Hematology Analyzers for complete blood count and analysis.
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ELISA Readers for diagnostic testing and immunoassays.
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Refrigerated Centrifuges for sample separation at controlled temperatures.
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Point-of-Care Devices for rapid clinical diagnostics.
Material Science and Engineering Tools
Advanced Microscopes for high-resolution imaging of materials and biological samples.
Hardness Testers for quality control in manufacturing and engineering.
At SANDOWN SCIENTIFIC, our laboratory equipment and software solutions are trusted across a wide spectrum of scientific disciplines. We partner with academic laboratories, industrial testing facilities, and research organizations worldwide, delivering instruments that meet the highest standards of accuracy, reliability, and performance.
At SANDOWN SCIENTIFIC, our laboratory equipment and software solutions are trusted across a wide spectrum of scientific disciplines. We partner with academic laboratories, industrial testing facilities, and research organizations worldwide, delivering instruments that meet the highest standards of accuracy, reliability, and performance.
Medical and Clinical Research
We provide advanced instruments that support diagnostic testing, disease research, and therapeutic development. From hematology analyzers to ELISA readers, our tools enable precise data collection for healthcare innovation.
Biotechnology and Genetics
Our PCR machines, spectrophotometers, and CO₂ incubators are designed for genetic analysis, cell culture research, and molecular diagnostics. Whether you’re decoding genomes or engineering new biotechnological solutions, we deliver the tools to make it possible.
Pharmaceutical Development
We equip pharmaceutical laboratories with HPLC systems, chromatography solutions, and analytical balances for precise drug formulation, stability testing, and quality control ensuring compliance with regulatory standards.
Environmental Science
Our specialized equipment enables researchers to monitor and analyze water, soil, and air samples with confidence. From spectrophotometers to gas chromatography systems, we help environmental scientists track changes and develop sustainable solutions.
Industrial Applications
In manufacturing and engineering, precision is critical. We provide hardness testers, microscopes, and material analysis tools to ensure product integrity and compliance with industry standards.
Featured High-Precision Instruments
Our flagship instruments represent the pinnacle of modern laboratory technology combining innovative engineering, user-friendly software, and research-grade precision. These selected models are proven to deliver superior performance in demanding research environments.
1. NeoView FX Fluorescence Microscope
Engineered for ultra-high-resolution imaging, the NeoView FX allows researchers to visualise complex cell structures in real time. Its advanced multi-channel fluorescence system enables simultaneous detection of multiple biomarkers, making it ideal for neuroscience, cell biology, and histology studies.
Why it stands out:
- Integrated AI-driven image enhancement.
- Motorised scanning stage for unattended imaging.
- Compatible with both live and fixed sample analysis.
2. CryoSpin 3000 Ultra-Speed Refrigerated Centrifuge
Designed for rapid separations without compromising sample integrity, the CryoSpin 3000 maintains precise temperatures from –20°C to +40°C, even at maximum speeds. Its whisper-quiet, vibration-free design ensures consistent results in molecular biology and clinical diagnostics.
Why it stands out:
- Pre-cooling function for temperature-sensitive samples.
- Rotor recognition technology for enhanced safety.
- Digital interface with programmable protocols.
3. HPLC-X Pro High-Performance Liquid Chromatography System
The HPLC-X Pro delivers exceptional separation accuracy for complex mixtures, supporting applications from drug development to environmental analysis. Equipped with high-sensitivity detectors, it ensures reliable trace compound detection at the sub-ppm level.
Why it stands out:
- Automated solvent blending and gradient control.
- Integrated leak detection and system self-diagnostics.
- Cloud-connected data access for remote monitoring.
Cutting-Edge Technology and Innovation
Instrument Calibration AND Performance Guarantee
At Sandown Scientific, every instrument we supply undergoes ISO-certified calibration to ensure accurate, reproducible measurements right out of the box. Our rigorous laboratory quality assurance process includes:
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Performance validation under real laboratory conditions.
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Traceable calibration records compliant with international standards.
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Preventive maintenance schedules to extend equipment lifespan.
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On-site or remote recalibration services to maintain peak performance.
By ensuring each device meets global compliance standards, we help your laboratory achieve regulatory approval, improve research reliability, and avoid costly rework due to inaccurate results.
Our instruments are not just tools they are workflow accelerators. With lab productivity tools designed to streamline research workflows and optimize lab processes, we help research teams:
Automate repetitive tasks, from sample preparation to data recording.
Reduce human error through intelligent user interfaces and built-in safety checks.
Integrate equipment with LIMS (Laboratory Information Management Systems) for seamless data transfer.
Customize setups for small-scale academic research or large-scale industrial testing.
The result is a laboratory that operates with greater speed, precision, and efficiency, allowing scientists to focus more on innovation and less on routine procedures.
The true measure of our impact lies in the success of the scientific community we serve. Our instruments have contributed to:
Breakthrough research in biotechnology, pharmaceutical development, and environmental science.
Peer-reviewed publications in high-impact journals citing our equipment.
Patent-winning innovations in medical devices and chemical processes.
Our Scientific Knowledge Hub is a free resource for researchers, technicians, and students seeking trusted laboratory insights. Our platform is continually refreshed with valuable information, including:
How to Choose the Right Centrifuge for Your Research
Selecting the right centrifuge is critical for ensuring accuracy, efficiency, and sample integrity in your experiments. Here’s a step-by-step approach:
- Define your application : Are you working with cell cultures, DNA/RNA extraction, blood separation, or protein purification? Different workflows require different rotor types and speed ranges.
- Determine speed and capacity needs : Match your requirements for RPM (revolutions per minute) and RCF (relative centrifugal force) to your specific protocols.
- Consider temperature control : For sensitive biological samples, a refrigerated centrifuge helps maintain stability during processing.
- Evaluate rotor flexibility : Swing-bucket vs. fixed-angle rotors can impact separation efficiency and sample volume handling.
- Check safety and compliance features : Ensure the centrifuge meets international laboratory safety standards and offers imbalance detection, lid locks, and emergency shut-off.
- Plan for maintenance : Choose a model with easy rotor changes, clear calibration procedures, and accessible service support.
Top 5 Instruments Every Molecular Biology Lab Needs
To run a productive molecular biology laboratory, having the right equipment is essential. Here are the must-haves:
- PCR Machine (Thermal Cycler) : For DNA and RNA amplification in genetic research.
- Gel Electrophoresis System : To separate and visualize nucleic acids or proteins.
- Spectrophotometer : For quantifying nucleic acids, proteins, and other biomolecules.
- Microplate Reader : For ELISA assays, enzyme kinetics, and high-throughput screening.
- Refrigerated Centrifuge : For separating temperature-sensitive samples without degradation.
The Future of Lab Automation in Scientific Research
The next decade will see laboratories evolve into fully connected, data-driven environments. Innovations include:
- AI-driven data analysis : Reducing time from experiment to discovery by automating statistical interpretation.
- Robotics for sample handling : Increasing throughput and reducing contamination risk in repetitive tasks.
- IoT-enabled instruments : Allowing real-time monitoring, remote operation, and automatic data backup.
- Integrated LIMS platforms : Streamlining workflows, tracking samples, and ensuring regulatory compliance.
- Sustainable automation : Designing equipment with lower energy consumption and minimal consumable waste.
Instrument Maintenance Tips
Proper maintenance keeps laboratory instruments operating accurately and reliably for years. Key practices include:
- Regular calibration : Schedule ISO-compliant calibration checks to ensure measurement precision.
- Routine cleaning : Follow manufacturer guidelines to prevent contamination and equipment wear.
- Software updates : Keep firmware and control software current for optimal performance and security.
- Environmental care : Maintain appropriate temperature, humidity, and dust control in lab spaces.
- Record keeping : Document all maintenance activities for compliance and warranty purposes.
Equip your laboratory with the tools trusted by scientists worldwide. Whether you’re launching a new facility or upgrading existing equipment, Sandown Scientific offers expert advice, tailored solutions, and competitive pricing for every research need.
Why choose us:
Direct access to top-tier laboratory instrument suppliers.
Personalized recommendations from industry experts.
Fast, reliable delivery with installation and training options.