• Coverage and Stability
  HF Gantry Robots cover expansive areas with exceptional stability, making them ideal for handling large sample collections. Their vertical height can be extended to utilise high ceilings, maximising storage capacity and optimising laboratory infrastructure.
• High Throughput
  Designed for efficiency, these robots manage multiple samples or racks simultaneously, ensuring fast and consistent processing even in high-demand environments.
• Streamlined Buffering and Sample Presentation
  Effortlessly present trays of samples to automated machines for preparation and analysis. Gantry Robots also buffer samples between stages, ensuring seamless workflow transitions.
• Advanced Archiving and Retrieval
  Automate the archiving of large sample volumes, retrieval for reanalysis, and re-archiving, all with precision and minimal manual intervention.
• Integrated Sample Tracking
  By connecting with LIMS and other lab management software, HF Gantry robots maintain a complete audit trail and chain of custody for all samples. Operators can easily locate, retrieve, and manage samples, enhancing accountability and compliance.
• Autonomous Operation
  Function independently of human oversight, reducing errors, enhancing reliability, and freeing laboratory staff to focus on higher-value tasks.

HF gantry robots redefine laboratory workflows with precise, scalable automation that adapts to diverse operational needs.

• Streamlined Sample Movement
  Efficiently transport trays and racks of samples between storage, instruments, and workstations, reducing delays and accelerating throughput.
• Enhanced Workflow Integration
  Seamlessly integrate into existing laboratory systems, enhancing operational efficiency from sample preparation to storage.
• Vertical Scalability
  Utilise previously untapped vertical space to increase storage and operational capacity, taking full advantage of high ceilings.
• Buffer Management and Workflow Continuity
  Hold samples in buffer stages between preparation and analysis, ensuring uninterrupted workflow and smoother transitions.
• Automated Reanalysis
  Enable seamless retrieval and reanalysis of archived samples, followed by precise re-archiving, to support repeatable and reliable data workflows.
• Complete Audit Trail
  Integrate with LIMS and lab instruments to ensure traceability and compliance. Maintain a chain of custody for every sample and provide operators with tools to easily track, retrieve and manage samples.

• Scalable Architecture
  Designed to adapt, HF Gantry Robots scale horizontally and vertically to meet growing laboratory requirements.
• Precise Multi-Axis Control
  Advanced multi-axis design ensures smooth, accurate movement across large operational areas, even in complex workflows.
• Integrated Sample Processing
  Facilitate uninterrupted transitions between preparation, analysis, and storage stages, enhancing overall efficiency.
• Enhanced Batch Management
  Handle large batches of samples efficiently, eliminating bottlenecks and improving turnaround times.
• Reliable Sample Archiving
  Automate archiving, retrieval, and re-archiving of samples with precision and consistency, supporting long-term storage strategies.
• Optimised Workflow Continuity
  Streamline operations by presenting samples for automated processing, buffering them between stages, and seamlessly integrating archiving processes.
• Seamless Software Integration
  Connect with LIMS, lab instruments and other lab management systems to support real-time tracking, ensure traceability and simplify sample retrieval.

• Clinical Laboratories
  For handling blood, urine, and other body fluid samples for diagnostic testing.
• Pharmaceuticals
  Used in drug discovery, quality control, and pharmacokinetics for sample organisation and handling.
• Biotechnology
  For sorting samples in genetic research, DNA sequencing, and other molecular biology applications.
• Forensic Laboratories
  In crime labs to handle and organize biological samples for DNA analysis and toxicology.
• Environmental Testing
  Sorting soil, water, and air samples for contamination analysis and environmental monitoring.
• Food and Beverage Industry
  In quality control labs for sorting samples to test for contamination, additives, and nutritional content.
• Agriculture and Plant Research
  Used for sorting plant or soil samples in crop research, soil analysis, and agricultural studies.
• Chemical Industry
  Sorting samples for quality control, research, and chemical synthesis processes.
• Veterinary Laboratories
  For sorting samples from animals for diagnostic and research purposes.
• Academic and Research Institutions
  In university and research labs for organising various biological, chemical, and environmental samples.
• Public Health and Epidemiology
  For sorting large volumes of samples during disease outbreaks for surveillance and epidemiological studies.

• Toxicology
  Sorting samples in toxicological studies for poison and drug testing.
• Cosmetic Industry
  Sorting samples in research and quality testing of cosmetic products and ingredients.
• Industrial Manufacturing
  In labs that test materials and compounds to ensure quality and compliance with regulatory standards.
• Military and Defense
  Sorting samples for biological or chemical analysis in defense-related research.
• Oil Condition Monitoring Laboratories
  Sorting oil samples to monitor machinery wear, contaminants, and oil degradation in industries like automotive, aerospace, and heavy machinery.
• Coolant Condition Monitoring Laboratories
  Used to sort coolant samples to check for contamination, pH levels, and overall coolant quality, often in automotive and industrial applications.