-
The AMT Micro G-Jet® Button The low profile paediatric gastric-jejunal enteral feeding tube - the micro G-JET Button was designed to meet the enteral nutrition needs of paediatric patients. The micro G-JET transitions from a 14F gastric segment to an 8F jejunal segment. The 8F jejunal tubing is well-suited for the narrow lumen of the small intestine in paediatric patients and was designed to reduce digestive problems associated with sustained pyloric opening, such as reflux and potential aspiration of bile or chyme. The micro G-JET is available in 14F with stoma lengths ranging from 0.8 cm to 2.5 cm and with jejunal lengths ranging from 10 cm to 30 cm. The AMT micro G-JET is the ONLY low profile gastric-jejunal feeding device with an 8F jejunal segment. -
On-going Performance Monitoring for Routine Patient Testing AccuPlex Monkeypox Positive Reference Material Kit is a full-process quality solution designed to challenge the molecular test procedure from extraction to detection, ensuring clinical laboratories can have confidence in their assay results. The product contains positive materials directed against targets for Monkeypox assays.- Non-infectious and replication deficient, enables safe handling in contrast to viral samples
- Fully-extractable with a real viral protein coat; superior to “naked” transcribed RNA
- Long shelf life: 2-year stability at 2 - 8°C
-
Introducing EMMA HT from Microtechnix EMMA HT can standardise and fully automate your Microbiological Environmental Monitoring. The (patent-pending) optics system captures ultra-precise images and uses artificial intelligence to analyse your samples. Perfect for environmental monitoring assays. This unique optical acquisition system allows to acquire high resolution image of 100% of the plate surface, including the wall (meniscus) of the Petri dish, and standardise your documentation process to ensure 100% data integrity. EMMA HT is a fully integrated system: including 2 EMMA devices, barcode reader, computer and the robot. -
Introducing EMMA RL from Microtechnix EMMA RL provides a comprehensive solution to digitise & automate your pharmaceutical microbiology QC. The (patent-pending) optical system captures ultra-precise images and uses vision AI to analyse your data. This unique optical system allows to acquire 100% of the Petri dish content, including the wall & meniscus of the Petri dish. This allows the detection of any colony on the Petri Dishes, ensuring zero false negatives. This solution is fully integrated and automated. -
Introducing EMMA from Microtechnix EMMA is developed to digitise your Pharmaceutical Microbiology QC workflow. The (patent-pending) optical system captures 100% representative images for downstream analysis assisted by vision AI. This unique optical acquisition system allows to digitize your documentation process to ensure full data integrity. EMMA is a fully integrated system: including camera, built-in barcode reader and operating system. -
Ensure Strep A Laboratory Testing Assay Performance ACCURUN® reference materials are intended to estimate laboratory testing precision and can be used to detect errors in laboratory testing procedures. ACCURUN Swab Strep A Reference Material is formulated for use with molecular test methods used to detect Streptococcus pyogenes (Strep A). They are designed as whole organism reference materials that can be used to assess accuracy and performance of the full testing process – extraction, amplification, and detection – of molecular assays for Strep A. For Research Use Only. Not for use in diagnostic procedures. -
RhizoPlates™ Microbial Selection for Sustainable Agriculture The RhizoPlate™ series of microplates provides a targeted and easy-to-use solution for detecting, ranking, and monitoring nitrogen-fixing & phosphate-solubilising bacteria (NFB/PSB) within the rhizosphere. -
Revolutionising Histopathology with Fully Automated Microtomy Automated microtomy is transforming the way histopathology laboratories operate—improving consistency, throughput, and diagnostic turnaround times. The Morphle Robotome (RTM30) represents a breakthrough in robotic microtomy and slide preparation, enabling laboratories to overcome traditional bottlenecks in tissue sectioning. Designed for modern cytology, histopathology, and cancer diagnostics laboratories, the Robotome automates the critical sectioning process—delivering high-quality, reproducible slides at scale, while reducing manual workload and variability. Key Applications: The Morphle Robotome is ideally suited for:- Histopathology laboratories
- Cancer diagnostics centres
- Cytology workflows
- Biopharma and translational research labs
- High-volume diagnostic services
-
Advancing Haematology with Automated Digital Cell Morphology The evolution of haematology laboratories is being driven by the need for faster, more accurate, and standardised blood film analysis. The Mindray MC-80 Automated Digital Cell Morphology Analyser brings together high-resolution imaging, AI-powered classification, and workflow automation to transform cellular analysis. Designed for modern haematology laboratories, cancer diagnostics, and clinical pathology services, the MC-80 enables rapid, reliable morphology review—reducing manual workload while improving diagnostic confidence. Key Applications: The Mindray MC-80 is ideal for:- Hospital haematology laboratories
- Cancer and oncology diagnostics centres
- Clinical pathology laboratories
- Reference and high-throughput diagnostic services
- Research and academic institutions
- Histopathology laboratories

