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Explore our wide range of high-quality medical equipment tailored to meet diverse healthcare needs
Detailed cross-sectional images of the body using X-rays and computer processing.
Uses sound waves to produce images of internal organs and monitor pregnancies.
Advanced breast imaging technique for early detection of breast cancer.
Imaging tools to diagnose and monitor urinary and male reproductive system disorders.
Substances used to enhance visibility in imaging procedures like MRI or CT.
Portable X-ray systems for on-site diagnostics, ideal for emergency or ICU settings.
AI enhances image analysis accuracy and treatment planning in radiotherapy.
Uses strong magnets and radio waves for detailed images of organs and tissues.
Imaging of blood vessels using contrast dye to detect blockages or abnormalities.
Stationary X-ray system for high-resolution imaging in radiology departments.
Automated X-ray systems for precision imaging and reduced radiation exposure.
Mobile fluoroscopy device for real-time imaging during surgical and orthopedic procedures.
Advanced imaging techniques used to assist in planning and targeting cancer treatment.
Delivers internal radiation precisely at tumor site for effective localized cancer treatment
Supports patient positioning during pelvic radiotherapy with carbon fiber for minimal attenuation
Single-use materials essential for daily radiotherapy operations and patient hygiene protocols
Accurately measures absorbed radiation dose for patient and equipment safety assurance
High-definition imaging enables real-time monitoring of radiotherapy procedures and patient response
Measures ionizing radiation for calibration and quality control in treatment delivery
Provides visible positioning guidance during patient alignment and treatment setup phases
Radiation-shielding transparent panels for observation while ensuring operator protection
Protects staff and patients from scatter radiation during diagnostic and therapeutic procedures
Main device generating high-energy X-rays or electrons for external beam radiotherapy
Manages patient records, treatment schedules, and clinical data for radiation oncology
Develops optimized radiation treatment plans tailored to individual patient anatomy and tumors
Movable or fixed barriers designed to limit radiation exposure in clinical settings
Measures intensity and distribution of therapeutic radiation beams for safety checks
Mimics treatment scenarios for patient positioning and radiotherapy planning validation
Securely holds syringes used in radiopharmaceutical or contrast injection procedures
Maintains constant temperature for medical instruments or tissue phantom calibrations
A digital angiography system captures real-time vessel images using X-ray and contrast injection
Holter monitors continuously record heart rhythm over 24 to 48 hours for diagnostic analysis
An ECG records the heart’s electrical signals to detect irregular rhythms and heart conditions
Heart and lung machines support circulation and oxygenation during cardiac surgeries or critical care
Wound dressings protect cardiac surgery sites and support healing with sterile medical materials
Echocardiography uses ultrasound to visualize heart structure motion and valve function in real-time
Contrast agents enhance visibility of cardiovascular structures during angiography or CT procedures
Cathlab design ensures sterile functionality comfort and efficiency in interventional cardiac procedures
PTFE coated guide wires assist catheter navigation with minimal resistance and high precision
PTCA guide wires support balloon catheter positioning in coronary angioplasty interventions
Angiographic catheters deliver contrast medium to targeted vessels for imaging and diagnosis
Stress tests measure cardiac performance during exercise using treadmill ECG monitoring and supervision
Pacemakers regulate abnormal heart rhythms by delivering timed electrical impulses to the myocardium
Balloon dilatation catheters expand narrowed vessels during angioplasty to restore blood flow
Balloon inflation devices control pressure delivery in catheter-based cardiac interventions
Coronary stents keep arteries open after angioplasty to maintain proper blood circulation
Y connectors manage multiple catheter inputs during complex cardiovascular procedures safely
Used to support cardiac output and reduce workload in patients with heart failure
Electromyography measures muscle electrical activity to help diagnose nerve and muscle disorders.
A high speed surgical drill is used for precise bone cutting in neurosurgical procedures.
These systems deliver electrical stimulation to treat chronic pain and various neurological conditions.
Cavitron Ultrasonic Surgical Aspirator emulsifies and removes soft tissue during delicate neurosurgical operations.
Used to stabilize cranial bone flaps during neurosurgical procedures, ensuring precise and secure fixation.
Neuro monitoring tracks nerve function during surgery to prevent injury and improve patient outcomes.
Precision microsurgical instruments allow surgeons to perform intricate neurosurgical and spinal procedures safely.
Electroencephalography records brain electrical activity, essential for diagnosing seizures and neurological disorders.
Implant systems provide spinal stability, fixation, and support in various spinal surgeries and procedures.
Intraoperative neurophysiological monitoring reduces neurological risks during complex neurosurgical and spinal surgeries.
Disposable medical supplies necessary for neurosurgical procedures, ensuring safety and operational efficiency.
Shunt systems drain excess cerebrospinal fluid, managing hydrocephalus and relieving intracranial pressure.
Neuronavigation provides real-time imaging and guidance for highly accurate neurosurgical planning and interventions.
Gastroscopy uses a flexible endoscope to examine the upper digestive tract for diagnosis or biopsy.
Colonoscopy inspects the entire colon using a long endoscope to detect polyps, cancer, or inflammation.
Rectosigmoidoscopy focuses on the rectum and sigmoid colon, aiding diagnosis of bleeding or disease.
Bronchoscopy visualizes the airways with a scope for diagnosing lung diseases, infections, or tumors.
Laparoscopy is a minimally invasive procedure that inspects abdominal organs with a small camera.
Hysteroscopy examines the uterine cavity using a thin scope, diagnosing or treating gynecological issues.
Arthroscopy visualizes joints internally, enabling precise diagnosis and treatment of orthopedic problems.
Cystoscopy inspects the bladder and urethra with a scope to detect urinary tract abnormalities.
Ureteroscopy examines the ureters and kidneys using a slender scope for stones or other conditions.
Otoscopy and nasopharyngoscopy provide visualization of the ear, nose, and throat for ENT diagnosis.
ERCP combines endoscopy and fluoroscopy to examine and treat bile and pancreatic duct disorders.
Capsule endoscopy uses a swallowable camera to visualize the entire small intestine noninvasively.
Neuroendoscopy enables minimally invasive surgery and diagnosis inside the brain or spinal canal.
A stable, adjustable platform designed to safely support patients during various surgical procedures.
Bright, shadow-free lighting system providing clear illumination for surgeons throughout all surgical operations.
Delivers precise mixtures of gases and anesthetics, ensuring patient safety during surgical procedures.
Continuously displays vital signs such as heart rate, blood pressure, and oxygen during surgery.
Uses high-frequency electrical currents to cut tissue or control bleeding during surgery safely.
Removes blood, fluids, and debris from the surgical site, maintaining a clear operative field.
Delivers controlled electric shocks to restore normal heart rhythm during cardiac emergencies in surgery.
Administers precise amounts of fluids, medications, or nutrients intravenously during surgical procedures.
Comprehensive collection of sterilized tools required for specific surgical procedures and specialties.
Maintains patient body temperature throughout surgery, reducing the risk of hypothermia and complications.
Provides real-time imaging during surgery, allowing surgeons to monitor internal structures with precision.
Hands-free sink enabling thorough scrubbing and hand hygiene before entering the operating room.
Specialized cabinets designed for safe, organized storage of sterile surgical supplies and equipment.
Monitors exhaled carbon dioxide levels to assess ventilation and patient safety during anesthesia.
Sterilizes surgical instruments and equipment using high-pressure steam, ensuring infection control.
Movable table positioned near the surgical field for immediate access to essential instruments.
Delivers medical gases like oxygen and nitrous oxide safely to support patients during surgery.
Contains emergency drugs, equipment, and supplies for immediate use during critical situations.
Maintains clean air by filtering contaminants and managing airflow in the operating environment.
Provides simultaneous fluid irrigation and suction for cleaning and maintaining a clear surgical field.
Autoclave uses high-pressure steam to sterilize instruments, ensuring safe and effective infection control
ETO Sterilizer uses ethylene oxide gas to sterilize heat-sensitive medical devices and materials safely
Washer-Disinfector automatically cleans and disinfects reusable instruments, reducing manual handling and infection risks
Ultrasonic Cleaner removes contaminants from medical instruments using high-frequency sound waves and cleaning solutions
Sterile Storage Cabinet provides a controlled environment for storing sterilized instruments and supplies in healthcare settings
Sterilization Packaging Station is designed for wrapping and packaging instruments before sterilization for safe storage
Instrument Drying Cabinet ensures thorough drying of medical instruments after washing, preventing microbial growth and corrosion
Biological Indicator Incubator monitors sterilization effectiveness by incubating test indicators after each sterilization cycle
Chemical Indicators visually confirm sterilization parameters were met, supporting routine monitoring and process validation
Trolley for Dirty Instruments safely transports contaminated instruments from clinical areas to the sterilization unit
Trolley for Sterile Instruments is dedicated to moving sterilized items safely within healthcare facilities
Sealing Machine securely seals sterilization pouches, maintaining sterility until instruments are ready for use
Distilled Water Supply Unit provides purified water for sterilizers, reducing mineral buildup and equipment damage
Air Purification System uses HEPA filtration to remove airborne contaminants and maintain a sterile environment
Sterilization Documentation System digitally records sterilization processes, ensuring traceability and compliance with regulations
Work Table with Sink offers a hygienic surface and washing area for handling and cleaning instruments
Personal Protective Equipment Station provides organized access to gloves, gowns, masks, and other protective supplies
A patient monitor continuously tracks vital signs such as heart rate, blood pressure, and oxygen saturation.
A ventilator provides controlled breathing support to patients who are unable to breathe adequately on their own.
An infusion pump delivers precise amounts of fluids, nutrients, or medications directly into a patient’s bloodstream.
A syringe pump administers small, accurate doses of medication over set periods for critical care patients.
A suction machine removes secretions, blood, or other fluids from a patient’s airway or surgical site.
A defibrillator delivers a controlled electric shock to restore normal heart rhythm in cardiac emergencies.
An ECG machine records the electrical activity of the heart, helping diagnose arrhythmias and other cardiac conditions.
A pulse oximeter non-invasively measures blood oxygen saturation and pulse rate in real time.
A capnograph continuously monitors exhaled carbon dioxide, assisting in ventilation management and patient safety.
A blood gas analyzer provides rapid measurement of oxygen, carbon dioxide, and pH levels from blood samples.
A portable X-ray machine enables quick, bedside imaging for diagnosis and monitoring of critically ill patients.
An ultrasound machine offers real-time imaging for diagnosis, guidance, and monitoring in intensive care situations.
A heated humidifier adds warmth and moisture to breathing gases, improving patient comfort and airway health.
A patient warming blanket or system maintains body temperature and prevents hypothermia during critical care.
A hospital bed with side rails enhances patient safety, comfort, and mobility in the intensive care environment.
An overbed table provides a convenient surface for meals, medication preparation, and patient care activities.
An IV stand securely holds intravenous bags and medications at the patient’s bedside for continuous therapy.
A crash cart stores emergency drugs and equipment, allowing rapid response to life-threatening medical situations.
A nebulizer converts liquid medication into mist for inhalation, helping treat respiratory conditions in ICU patients.
A negative pressure system with HEPA filter limits infection spread by filtering and containing airborne contaminants.
A central monitoring station displays and records data from multiple patient monitors across the intensive care unit.
A non-invasive blood pressure monitor measures and tracks a patient’s blood pressure with an inflatable cuff.
A bedside glucometer quickly measures blood glucose levels, enabling prompt management of critical care patients.
A feeding pump delivers controlled enteral nutrition or fluids directly to a patient’s stomach or intestines.
A phototherapy unit treats newborn jaundice using special light to reduce high bilirubin levels safely.
An infant incubator maintains a stable, warm environment for premature or ill newborns in the neonatal ICU.
A transport incubator provides thermal and respiratory support for newborns during transfers within or outside the hospital.
A pediatric ventilator supports the breathing of infants and children who require respiratory assistance in pediatric ICU.
A cardiac output monitor measures the heart’s pumping efficiency and helps guide therapy in critically ill cardiac patients.
An ECMO machine provides prolonged heart and lung support for patients with severe cardiac or respiratory failure.
