x ray machine

x ray machine Specification

Type
Radiography X-ray machine

Main Material
Metal and High-Grade Plastic

Physical Form
Machine

Disposable
No

Reusable
Yes

Size
Standard - see dimensions

Quantity
1 Unit Unit

Function
Other

Color
White with blue accents

Direction Of Use
Operate as per user manual by certified radiologist or technician

Storage Instructions
Store in a dry, dust-free environment

Weight
Approx. 70-120 kg Kilograms (kg)

Safety Features
Overload protection, beam alignment guide

Exposure Time
0.01 - 5 sec variable

Control Mode
Digital

Generator Type
High frequency

Tube Voltage Range
40 - 125 kV

Display
LED/LCD interface

Image Receptor
Flat Panel Detector/Film/CR compatible

Applicable Area
Hospital, Clinic, Diagnostic Center

Power Supply
220V/50Hz AC

Tube Current Range
10 - 200 mA

Mobility
Floor mounted (fixed)

Cooling System
Oil cooled tube

About x ray machine

The process involves directing a beam of X-rays at the patient, where dense tissues (like bone) absorb more radiation, while less dense tissues (like soft tissue) allow more radiation to pass through.This differential absorption is then captured by the detector, creating an image that reveals the internal structures.

Efficient High-Frequency Performance

Leveraging a high-frequency generator, this X-ray machine delivers consistent imaging quality with precise voltage and current controls. Its digital control mode and compatibility with various image receptors make it suitable for a broad spectrum of diagnostic applications in healthcare facilities.

Built for Safety and Reliability

Safety is paramount with built-in overload protection and a beam alignment guide, minimizing operational risks. The oil-cooled tube and robust construction ensure durability, while the floor-mounted design offers stable installation in clinical settings.

User-Friendly Digital Interface

With an easy-to-use LED/LCD display, users benefit from straightforward navigation and clear readouts. The digital controls facilitate accurate adjustments, enhancing workflow and efficiency for certified radiologists or technicians during diagnostic procedures.

FAQs of x ray machine:

Q: How should the X-ray machine be operated for optimal performance?

A: The X-ray machine should be operated by a certified radiologist or technician following the instructions provided in the user manual. Proper setup and selection of exposure parameters are crucial for optimal diagnostic imaging and safety.

Q: What types of image receptors are compatible with this X-ray machine?

A: This machine is compatible with flat panel detectors, traditional film, and computed radiography (CR) systems, providing flexibility in capturing and processing X-ray images according to your facilitys needs.

Q: When is it necessary to adjust the tube voltage and current settings?

A: Tube voltage and current settings should be adjusted based on the specific diagnostic requirement, patient size, and body part being imaged. This allows for optimal image quality and reduced radiation exposure.

Q: Where should the X-ray machine be installed and stored?

A: Install the machine in a designated, dry, and dust-free environment such as a radiology room in hospitals, clinics, or diagnostic centers. Ensure the area is compliant with radiation safety regulations and storage guidelines from the user manual.

Q: What is the process for maintaining the X-ray machine?

A: Routine maintenance involves regular inspection of cables and connectors, monitoring of the cooling system, cleaning external surfaces, and periodic checks by qualified service professionals to ensure peak performance and longevity.

Q: How does the oil-cooled tube benefit the machines operation?

A: The oil-cooled system effectively dissipates heat generated during operation, preventing overheating and ensuring consistent, long-term performance of the X-ray tube.

Q: What are the main benefits of using this floor-mounted digital X-ray machine?

A: Major benefits include reliable diagnostic imaging quality, enhanced safety features, digital control for accuracy, compatibility with multiple receptors, and robust construction suitable for high-demand clinical environments.