Revathi Medical Center’s radiology suite brings together CT, MRI, digital X-ray, ultrasound and film documentation — so clinicians can move from suspicion to diagnosis with speed and confidence.
Computed Tomography (CT)
Hitachi Supria 128-Slice CT Scanner
The Hitachi Supria CT system creates detailed cross-sectional images of the body within a short scanning time. It is especially valuable when doctors need a rapid overview of internal organs, bones, blood vessels or injuries. The 128-slice imaging capability supports thin-section data and detailed reconstruction for clinical interpretation.
Commonly used for
Head and brain imaging, including evaluation after injury or suspected stroke
Chest and lung assessment
Abdomen and pelvis imaging
Spine, bone and joint evaluation
Trauma and emergency assessment
Contrast-enhanced and vascular studies when advised by the treating team
Advanced and Special CT Studies
Depending on the clinical question, the CT team can use thin-section imaging, timed contrast acquisition and multiplanar or 3D reconstruction to examine specific organs and blood vessels in greater detail.
HRCT Chest
High-resolution thin-section imaging of the lungs for conditions such as interstitial lung disease, fibrosis, bronchiectasis, infection and occupational lung changes.
Emergency Brain and Stroke CT
Rapid non-contrast brain imaging, with CT angiographic assessment when advised, to look for bleeding, major-vessel blockage, injury or other urgent abnormalities.
CT Angiography (CTA)
Contrast-enhanced imaging of arteries and veins in regions such as the brain and neck, aorta, kidneys and limbs to assess narrowing, blockage, aneurysm, thrombosis or vascular injury.
CT Pulmonary Angiography (CTPA)
A focused contrast study of the pulmonary arteries, most commonly requested when pulmonary embolism is suspected.
CT Aortogram
Detailed evaluation of the thoracic and abdominal aorta for aneurysm, dissection, narrowing, trauma or post-treatment follow-up.
CT Urography and CT KUB
Evaluation of the kidneys, ureters and urinary bladder for stones, obstruction, blood in urine, masses and other urinary-tract concerns.
Multiphase Liver and Pancreatic CT
Timed contrast phases help characterise liver lesions, pancreatic conditions and selected abdominal tumours, and support treatment planning.
CT Enterography
Specialised small-bowel imaging used to assess inflammatory bowel disease, bowel-wall thickening, obstruction and selected intestinal conditions.
CT PNS and Temporal Bone
Fine-detail imaging of the paranasal sinuses, facial bones, middle ear and inner-ear structures for ENT and surgical planning.
3D Bone and Joint Reconstruction
Multiplanar and three-dimensional views can support evaluation of complex fractures, joint injuries and pre-operative planning.
CT Calcium Scoring
A non-contrast heart study that estimates coronary calcium burden; offered only where the ECG-gating option and required protocol are enabled.
Patient-focused advantage
Fast image acquisition can reduce the time a patient needs to remain on the scan table, which is particularly helpful during emergency evaluation or when movement is difficult. CT uses X-rays. The scan protocol is selected according to the clinical question, and exposure is kept as low as reasonably achievable while maintaining diagnostic image quality.
Availability note
Contrast studies require clinical screening and may require recent kidney-function results. The exact protocol is selected by the radiologist according to the patient’s condition, previous reports and installed software options.
The Siemens MAGNETOM ESSENZA is a 1.5 Tesla MRI system designed to produce detailed images of soft tissues, nerves, joints and internal structures. MRI does not use ionising radiation. Instead, it uses a strong magnetic field and radiofrequency signals to create high-contrast images that can help doctors evaluate complex conditions.
Commonly used for
Brain and neurological imaging
Spine and spinal cord assessment
Knee, shoulder and other joint studies
Muscle, ligament and soft-tissue evaluation
Selected abdominal and pelvic examinations
Follow-up imaging for treatment planning and monitoring
Advanced and Special MRI Studies
Specialised MRI protocols provide focused soft-tissue, nerve, vascular and organ imaging without ionising radiation. The study is tailored to the clinical indication and may be performed with or without contrast.
MRI Brain with Diffusion
Diffusion-weighted imaging supports early assessment of acute stroke and can also help evaluate infection, tumours and other neurological conditions.
MR Angiography and MR Venography
MRA and MRV provide focused assessment of arteries and veins in the brain, neck and selected body regions, with contrast-free or contrast-enhanced techniques depending on the protocol.
Dedicated Neuro MRI Protocols
Focused examinations may include epilepsy, pituitary, orbit, cranial nerve and internal auditory canal studies when clinically indicated.
MRI Whole Spine and Spinal Cord
Screening or focused imaging of the cervical, thoracic and lumbar spine helps assess disc disease, spinal-cord compression, infection, trauma and tumour-related changes.
MRCP
Magnetic Resonance Cholangiopancreatography creates detailed images of the bile ducts, gallbladder and pancreatic duct, helping evaluate stones, obstruction and duct-related disease.
MRI Liver and Multiphase Abdomen
Detailed soft-tissue and contrast-enhanced imaging can help characterise liver lesions, pancreatic abnormalities and other selected abdominal conditions.
MR Enterography
A specialised bowel study used to evaluate inflammatory bowel disease, bowel-wall changes, narrowing and complications involving the small intestine.
MR Urography
Focused imaging of the kidneys and urinary tract for obstruction, congenital abnormalities and selected renal or ureteric conditions.
MRI Pelvis and Gynaecology
Detailed evaluation of the uterus, ovaries and pelvic soft tissues for fibroids, adenomyosis, endometriosis, pelvic masses and treatment planning.
MRI Prostate
A dedicated multiparametric prostate protocol may help evaluate suspicious lesions and guide further management where the required software and coil configuration are available.
MRI Fistulogram
Detailed mapping of perianal fistula tracks, internal openings, branches and abscesses to support surgical planning.
MR Spectroscopy
An additional tissue-analysis technique that may support evaluation of selected brain lesions where the spectroscopy software package is enabled.
Breast MRI
Contrast-enhanced assessment of breast tissue may be performed for selected indications where a dedicated breast coil and protocol are available.
Patient-focused advantage
MRI provides excellent soft-tissue detail and can help the clinical team distinguish structures that may not be clearly seen on a routine X-ray. Because MRI uses a powerful magnet, every patient is screened for pacemakers, implants, metal fragments and other devices before entering the scan room.
Availability note
Some specialised MRI examinations require contrast, fasting, specific coils or dedicated software. MRI safety screening is mandatory, and the final study protocol is confirmed by the radiologist.
Our Allengers high-frequency fixed X-ray system supports routine radiography for patients of different age groups. The system allows the technologist to position the X-ray tube and examination table according to the body part being studied, helping obtain clear images for clinical evaluation.
Commonly used for
Chest X-rays
Bone and joint imaging after pain, injury or suspected fracture
Spine imaging
Selected abdominal X-rays
Pre-operative and follow-up radiographs when prescribed
Patient-focused advantage
X-ray examinations are generally quick, widely accessible and useful as a first-line investigation for many chest and bone-related concerns.
Availability note
Please inform the radiology team if there is any possibility of pregnancy before an X-ray examination.
The Fujifilm DRYPIX EDGE is a dry laser imaging system used to produce high-quality diagnostic films from digital radiology studies. It supports clear image reproduction without traditional wet chemical processing, helping maintain consistent output for clinical review and patient documentation.
Commonly used for
Printing selected CT, MRI and X-ray images when film copies are required
Supporting image review during consultations and referrals
Providing organised diagnostic documentation for patients
Patient-focused advantage
Dry laser printing offers clean, consistent image output and avoids the handling of wet processing chemicals.
Availability note
Digital images and reports remain the primary clinical record; film printing is provided according to departmental workflow and clinical need.
General Ultrasound Imaging
GE LOGIQ Ultrasound and Colour Doppler System
The GE LOGIQ ultrasound platform provides real-time imaging using sound waves. It helps doctors examine internal organs, soft tissues and blood flow without ionising radiation. Colour and spectral Doppler modes can support the assessment of circulation within vessels and organs when clinically indicated.
Commonly used for
Abdominal ultrasound, including liver, gallbladder, kidneys, pancreas and spleen
Pelvic and urinary system assessment
Thyroid, breast and other superficial soft-tissue studies
Vascular Doppler evaluation
Musculoskeletal and small-parts imaging
Image-guided procedures when prescribed and appropriate
Patient-focused advantage
Ultrasound is non-invasive, does not use ionising radiation and allows the radiologist to assess structures dynamically during the examination.
Availability note
Some ultrasound studies require fasting or a full bladder. Preparation instructions depend on the area being examined.
The GE Voluson ultrasound system is used for focused women’s imaging, including obstetric and gynaecological examinations. Its dedicated imaging tools support detailed assessment of the uterus, ovaries, pregnancy and fetal wellbeing, together with Doppler evaluation when required by the clinician.
Commonly used for
Early pregnancy and viability scans
Fetal growth and well-being assessment
Obstetric Doppler studies when advised
Pelvic and gynaecological ultrasound
Uterus and ovarian evaluation
Follicular monitoring and fertility-related imaging
Patient-focused advantage
Dedicated women’s imaging helps the doctor obtain focused information for pregnancy care, fertility evaluation and gynaecological treatment planning.
Availability note
The exact type and timing of an obstetric or gynaecological scan should be based on the treating doctor’s advice and the patient’s clinical needs.
The treating doctor recommends the most appropriate imaging test based on symptoms, examination findings and previous reports.
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Preparation guidance
Our team explains whether fasting, a full bladder, removal of metal objects or blood-test results are required.
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Safety screening
Pregnancy status, allergies, kidney function, implants and other relevant medical information are checked according to the type of scan.
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Scan and image review
A trained technologist performs the study using the selected protocol, and the images are prepared for radiologist interpretation.
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Reporting and clinical correlation
The radiology findings are shared through the hospital workflow so the treating doctor can correlate them with the patient’s overall condition.
Patient safety
Preparation that protects every scan
Bring the doctor’s request, previous scans, reports and relevant laboratory results.
Inform the team about pregnancy or the possibility of pregnancy before CT or X-ray examinations.
Before MRI, disclose pacemakers, aneurysm clips, cochlear implants, metal implants, previous metal injuries and any implanted medical device.
Inform the team about kidney disease, previous contrast reactions, asthma or major allergies when a contrast-enhanced study is planned.
Follow the fasting or full-bladder instructions given for CT or ultrasound examinations.
Remove jewellery, watches, cards, phones and metallic accessories when requested.
Team-based diagnosis
Clinico-Radiological Meeting (CRM)
At Revathi Medical Center, diagnosis is strengthened through teamwork. Our clinicians and radiologists regularly come together to review cases and compare the patient’s clinical findings with CT, MRI, X-ray and ultrasound images.
These discussions help the care team understand complex findings more clearly, resolve diagnostic questions and plan the next steps with greater confidence. By bringing clinical insight and imaging expertise together, the CRM supports coordinated, patient-centred treatment planning.
Laboratory
A fully automated, robotic, computerised laboratory
Phoenix M50 Automated Identification & Antibiotic Susceptibility System
Molecular Diagnostics
PCR Extraction System
Real-Time PCR Analyzer
Molecular Detection of Infectious Diseases
Microbiology & Molecular Biology
Automated culture, organism identification, susceptibility testing and molecular detection
Our microbiology and molecular platforms support earlier detection of infection, clearer organism identification and targeted antimicrobial decisions.
Automated Blood Culture Instrument – Capacity up to 40 Vials
BD BACTEC™ FX40 Automated Blood Culture System
The BD BACTEC FX40 continuously monitors blood-culture bottles for signs of microbial growth. It uses fluorescence-based detection and alerts laboratory staff when a bottle becomes positive. This helps the microbiology team recognise possible bloodstream infection earlier than manual observation and move quickly to organism identification and antimicrobial susceptibility testing.
Continuous automated blood-culture monitoring for earlier detection of bloodstream infection.
Automated Microbial Identification and Antimicrobial Susceptibility Testing
BD Phoenix™ M50 Automated ID & AST System
Once a clinically significant organism has been isolated, the BD Phoenix M50 helps identify it and determine which antimicrobial medicines are likely to be effective. The system uses dedicated panels to evaluate biochemical identification reactions and organism growth in the presence of different antimicrobial concentrations. Results support clinicians in selecting targeted therapy and help the laboratory monitor resistance patterns.
Automated organism identification and susceptibility testing to support targeted antimicrobial therapy.
Universal Cartridge-Based Nucleic Acid Extraction System
Molbio Trueprep® AUTO v2
Trueprep AUTO v2 prepares purified DNA or RNA from processed clinical specimens using a closed, cartridge-based workflow. Automated extraction reduces repetitive manual steps, limits sample handling and produces nucleic acid that is ready for molecular amplification. It forms the sample-preparation stage of the Truenat molecular testing platform.
Simplified cartridge-based DNA and RNA extraction for reliable molecular testing.
The Truelab analyzer performs real-time amplification and detection of specific DNA or RNA targets using disease-specific micro-PCR chips. After nucleic-acid extraction, the prepared sample is loaded into the relevant test chip and the analyzer monitors the reaction automatically. This supports rapid molecular detection of infectious diseases close to the point of care, subject to the approved assay menu available in the laboratory.
Compact real-time PCR technology for rapid, targeted molecular detection.
Pathology Laboratory
Integrated haematology, chemistry, immunoassay, coagulation and microscopy services
The pathology laboratory combines automated platforms and expert microscopy so routine, urgent and specialised investigations can be processed with a clear, standardised workflow.
Compact Fluorescence Immunoassay Analyzer
ichroma™ II Immunoassay Analyzer
The ichroma II is a compact immunoassay analyzer that measures specific biomarkers using fluorescence-based test cartridges. It is suitable for rapid, targeted testing and can support different clinical areas such as cardiac care, hormones, inflammation, diabetes and infectious disease, depending on the cartridges approved and stocked by the laboratory.
Rapid fluorescence immunoassay testing for selected biomarkers across multiple clinical specialties.
Single-Channel Semi-Automated Coagulation System
HumaClot Junior Coagulation Analyzer
The HumaClot Junior measures how long a patient’s plasma takes to clot under defined test conditions. It supports routine coagulation investigations and helps clinicians assess bleeding risk, monitor anticoagulant therapy and investigate clotting abnormalities. The instrument provides controlled incubation and optical clot detection for more standardised results than manual observation.
Standardised coagulation testing for assessment of clotting function and anticoagulant therapy.
Semi-Automated Clinical Chemistry Analyzer
L12 Semi-Automatic Biochemistry Analyzer
This semi-automatic biochemistry analyzer measures the light absorbance produced by chemical reactions in patient samples. The technologist prepares the sample and reagent according to the test method, and the analyzer calculates the concentration from the measured reaction. It supports routine chemistry testing with flexibility for different reagents and test volumes.
Flexible photometric biochemistry testing for routine diagnostic investigations.
Automated Ion-Selective Electrode Analyzer
Electrolyte Analyzer
The electrolyte analyzer measures important dissolved ions in blood samples, most commonly sodium, potassium and chloride. These values are essential for assessing hydration, kidney function, acid-base balance and cardiac or neuromuscular risk. The instrument uses ion-selective electrode technology to provide rapid numerical results.
Rapid electrolyte measurement to support fluid, renal and critical-care management.
Integrated Clinical Chemistry and Immunoassay System
Siemens Dimension® EXL™ 200
The Dimension EXL 200 combines routine clinical chemistry and selected immunoassay testing on one automated platform. Samples, reagents and test requests are managed through a single workflow, helping the laboratory process a broad range of investigations efficiently. The system is designed for random-access testing, so urgent and routine samples can be handled within the same analytical process.
Integrated automation for a broad menu of clinical chemistry and immunoassay tests.
Rapid Glycated Haemoglobin Testing System
Abbott Afinion™ 2 HbA1c Analyzer
The Afinion 2 analyzer measures HbA1c, which reflects a patient’s average blood glucose control over the previous two to three months. A small whole-blood sample is processed in a dedicated cartridge, and the analyzer provides a quantitative result within minutes. This supports diabetes diagnosis and follow-up as part of the clinician’s overall assessment.
Rapid HbA1c testing for convenient long-term diabetes monitoring.
Automated Erythrocyte Sedimentation Rate System
DIESSE MINI-CUBE ESR Analyzer
The MINI-CUBE automates measurement of the erythrocyte sedimentation rate (ESR), a general marker that may rise with inflammation. It can analyse blood directly from an EDTA tube and process several samples in a continuous workflow. Automation reduces manual reading and helps standardise ESR reporting.
Automated ESR measurement for standardised assessment of inflammatory activity.
Automated Arterial Blood Gas and Critical-Care Analyzer
Radiometer Blood Gas Analyzer
The blood gas analyzer provides rapid information about oxygenation, ventilation and acid-base balance. It measures core parameters such as pH, carbon dioxide and oxygen from a small blood sample; depending on the exact configuration, it may also report electrolytes, lactate, glucose or haemoglobin-related values. These results are particularly useful in emergency, intensive-care and respiratory settings.
Rapid blood-gas analysis for timely critical-care and respiratory decision-making.
Fully Automated Complete Blood Count System
Sysmex 5-Part Automated Haematology Analyzer
This automated haematology analyzer performs the complete blood count and separates white blood cells into major subtypes. It measures red cells, haemoglobin, haematocrit, platelets and white-cell parameters, while also generating flags that alert the laboratory to results that may need smear review. It supports rapid screening for anaemia, infection, platelet disorders and many other blood-related conditions.
Automated CBC and differential analysis for rapid evaluation of blood-cell health.
Automated Multiparametric Immunoassay Analyzer
bioMérieux MINI VIDAS®
MINI VIDAS is an automated immunoassay system that performs individual, ready-to-use tests using enzyme-linked fluorescent assay technology. It can support a broad range of investigations, including infectious disease, hormones, fertility, cardiac markers and other specialised biomarkers, depending on the test kits available. The single-test format makes it useful for both routine and urgent targeted testing.
Flexible automated immunoassay testing for a wide range of specialised biomarkers.
Semi-Automated Urine Chemistry Strip Reader
Uri-Plus 200 Urine Analyzer
The Uri-Plus 200 reads colour changes on urine reagent strips and converts them into standardised semi-quantitative results. This reduces variation caused by visual interpretation and supports routine urinalysis. The analyzer can evaluate several urine chemistry parameters, depending on the strip type used.
Standardised urine-strip reading for fast and consistent routine urinalysis.
Bench-Top Laboratory Centrifuge
REMI R-8C Plus Centrifuge
The REMI R-8C Plus centrifuge spins sample tubes at controlled speed to separate serum or plasma from blood cells. This is a basic but essential pre-analytical step for many chemistry, immunoassay and serology tests. Proper balancing and validated centrifugation time help produce clear samples and reduce the risk of analytical interference.
Dependable bench-top centrifugation for consistent serum and plasma preparation.
Clinical Microscopy System
Binocular Laboratory Microscope
The microscope allows trained laboratory professionals to examine cells, organisms and structures that cannot be seen with the naked eye. It remains essential for reviewing peripheral blood smears, urine sediment and other specimens, and for confirming or clarifying findings from automated analyzers. Microscopy adds visual clinical context to numerical laboratory results.
Expert microscopic examination for detailed assessment of cells and specimen morphology.
The MAGLUMI 2000 is a fully automated chemiluminescence immunoassay analyzer used for high-sensitivity measurement of hormones, tumour markers, infectious-disease markers, cardiac markers and other specialised tests. It automates sample aspiration, reagent handling, reaction, washing and signal detection, helping the laboratory process multiple tests with reduced manual intervention.
High-capacity automated immunoassay testing for a broad range of specialised laboratory markers.
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