Quality Assurance Of
ALDIVINE MEDICAL SYSTEM (OPC) PRIVATE LIMITED authorized company to perform the Radiology-QA for the entire spectrum of radiology equipment’s.
- Being service provider, we give complete AERB related services including Quality Assurance (QA) tests for all Radiation Generating Equipments and provide the Registration for Operation & License.
- Support to customer for Aldivine Registration, License, Radiation Protection, Documents Requirements, Room Requirement with Radiation Protection Accessory .
- Registration & Licenses advisory
Our professional team of engineers and technicians are fully trained, multi modality, multi-vendor specialists who are backed up by physicists and Radiation Safety Officers (RSO).
We provide services for Machines :
C-Arm
Q: What is a C-Arm?
A: A C-Arm is a medical imaging device used in operating rooms for real-time X-ray
imaging. It is commonly used in orthopedic, vascular, and cardiac surgeries.
Q: How does a C-Arm work?
A: It uses X-rays to capture live images of the patient’s body. The C-shaped arm holds an
X-ray source on one end and a detector on the other, providing high-resolution images
during procedures.
Q: How can a C-Arm malfunction?
A: Common issues include image distortion, software errors, or improper calibration.
Misalignment of the arm can also affect image quality.
Q: How can we help?
A: Our testing and quality assurance services ensure your C-Arm is accurately
calibrated, minimizing radiation exposure and optimizing image clarity. We provide
preventive maintenance to reduce downtime.
O-Arm
Q: What is an O-Arm?
A: The O-Arm is an advanced imaging system primarily used in spine, orthopedic, and
trauma surgeries. It provides 2D and 3D imaging.
Q: How does an O-Arm work?
A: It rotates around the patient, capturing detailed 3D images for real-time navigation
during procedures.
Q: How can an O-Arm malfunction?
A: Issues may include imaging errors, motor failures, or connectivity problems with the
navigation system.
Q: How can we help?
A: Our experts conduct detailed performance testing to ensure precise imaging and
system reliability. Regular calibration and preventive diagnostics are also part of our
services.
X-Ray (Fixed, Mobile, and Portable)
Q: What are fixed, mobile, and portable X-ray machines?
A: Fixed X-ray machines are stationary and used in hospitals. Mobile and portable units
are designed for flexibility, often used in emergency rooms, intensive care units, or at
patient bedsides.
Q: How do these X-ray machines work?
A: X-rays pass through the body to create images of internal structures. Portable devices
often use digital detectors for immediate results.
Q: How can they malfunction?
A: Image noise, alignment issues, or exposure inconsistencies are common problems.
Mobile units may also face battery or connectivity failures.
Q: How can we help?
A: We ensure accurate calibration, assess image quality, and conduct safety tests to
meet regulatory standards. Our services also include preventive maintenance and
emergency support.
Cath Lab
Q: What is a Cath Lab?
A: A Catheterization Laboratory (Cath Lab) is a specialized room equipped with imaging
technology to diagnose and treat cardiovascular conditions.
Q: How does a Cath Lab work?
A: It uses fluoroscopy (real-time X-ray) to visualize blood vessels and guide the
placement of catheters during procedures like angioplasty.
Q: How can a Cath Lab malfunction?
A: Issues may include reduced image quality, radiation dose irregularities, or hardware
malfunctions.
Q: How can we help?
A: Our quality assurance services ensure radiation levels remain within safe limits,
maintain image clarity, and verify system performance.
Radiology and Fluoroscopy
Q: What is Radiology and Fluoroscopy?
A: Radiology includes various imaging techniques like X-rays, CT scans, and MRIs.
Fluoroscopy provides continuous X-ray imaging, often used during diagnostic or
therapeutic procedures.
Q: How do these systems work?
A: They generate real-time images of internal structures using X-ray technology.
Contrast agents may be used for better visibility.
Q: How can they malfunction?
A: Problems may include low-resolution images, equipment overheating, or radiation
dose fluctuations.
Q: How can we help?
A: We perform routine testing to ensure accurate imaging, proper calibration, and
compliance with safety standards.
Dental OPG & Intra Oral Dental X-Ray Machine
Q: What are Dental OPG and OPA?
A: OPG (Orthopantomogram) and OPA (Oral Periapical) are dental X-ray techniques.
OPG provides a panoramic view of the entire mouth, while OPA captures detailed
images of specific teeth.
Q: How do these machines work?
A: They use rotating X-ray technology to produce detailed images of teeth, jawbones,
and surrounding structures.
Q: How can they malfunction?
A: Calibration errors, positioning issues, and software glitches are common problems.
Q: How can we help?
A: We ensure proper alignment, conduct radiation dose verification, and optimize image quality through regular testing and maintenance.
Interventional Radiology
Q: What is Interventional Radiology?
A: It is a branch of radiology that uses imaging to perform minimally invasive procedures
for diagnosis and treatment.
Q: How does it work?
A: Using real-time imaging from X-rays, CT, MRI, or ultrasound, doctors can guide
instruments precisely to treat conditions like tumors or blocked blood vessels.
Q: How can it malfunction?
A: Equipment failure, inaccurate imaging, or radiation dose inconsistency can hinder
procedures.
Q: How can we help?
A: Our services include system calibration, image quality checks, and radiation dose
optimization to ensure safe and effective procedures.
Mammography
Q: What is Mammography?
A: Mammography is an X-ray imaging technique used for early detection of breast
cancer.
Q: How does Mammography work?
A: It captures detailed images of breast tissue using low-dose X-rays.
Q: How can it malfunction?
A: Common issues include poor image resolution, detector failures, or radiation dose
discrepancies.
Q: How can we help?
A: We provide regular performance testing, dose monitoring, and quality assurance to
ensure accurate breast cancer detection.
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