Details
MODEL NAME: STARNUKE HBT Horizontal Wooden Bucky Table
The STARNUKE HBT Horizontal Wooden Bucky Table is solid and decent equipment for radiography inside hospitals, clinics, and laboratories. Nicely manufactured to meet good quality standards, with long-term usability, ease of operations, and ergonomic design, this model gives great rigidity to the system along with features supporting work, hence assuring accuracy to the doctors for correct diagnosis, and thereby benefitting patient care.
Product Description
The Horizontal Wooden Bucky Table is one among the many indispensable appliances in radiology, manufactured especially for X-ray machines. It is actually designed to keep the patient comfortable and steady while undergoing an X-ray imaging procedure, thus allowing the radiographer to make sharp pictures with very minimal movements from the subject under observation. Manufactured from smooth wood and making use of the latest technologies, this instrument should add value to its surroundings too, fitting any medical setting with ease.
This makes the HBT Bucky Table very adaptable to any hospital, clinic, or laboratory environment. It allows smooth head-to-foot movement of up to 40 inches, thus giving flexibility in imaging. The cassette tray is fabricated of stainless steel to make it strong and durable hence safe for use in handling imaging cassettes. The table top is supported by backlit material that is designed with the view of protecting the patients and operators in order to minimize radiation exposure.
Key Features
- Robust Wooden Construction: The HBT Horizontal Wooden Bucky Table is made in very strong wood that could serve for a very long period with more beautification of your medical centre.
- X-ray Imaging: Ideal Sizes The ideal sizes are 72" in length, 27" in width, and 32" in height because that makes it useful for the comfortable positioning of the patients.
- Stainless Steel Tray: It has easy positioning and extracting facilities for the imaging cassettes, which reduces the chance of damage time and again
- Bucky Travel: This table can move the head and foot parts up to 40 inches. This gives radiologists the range of freedom to take complete images without having to make many moves on the patient.
- Trans-illuminated Material: The top surface material illuminates, hence reduction of exposure to radiation; safer for both the patients and the technicians.
Technical Specifications
- Application: This finds application in hospitals, clinics, and laboratories.
- Sizes: L: 72 in., W: 27 in, H: 32 in.
- Bucky Travel: 40 inches, Travel of Head and Feet.
- Cassette Tray: A stainless steel made equipment used in holding X-ray cassettes safely.
- Table Top: Radiolucent material used for dose sparing.
Applications
It is a functional table within the radiology department of the hospital that supports the conduct of various procedures in X-ray imaging for comfort and acquisition of appropriate images.
Clinics: The general imaging and diagnostic X-ray solution for bucky tables in clinics is where space is at a high premium and applications require basic solutions.Laboratories: For either diagnostic analysis or research studies, the HBT Bucky Table remains very stable and flexible, therefore even applicable to lab settings.
Why Choose the HBT Horizontal Wooden Bucky Table?
What makes STARNUKE HBT Bucky Table unique is not only its functionality but also safety and aesthetics. The wooden finish adds beauty to any medical facility, while the advanced features allow it to perform to the best of its ability. The table top illuminates; a 40-inch bucky travel provides the necessary flexibility and precision essential for detail images—a very legitimate reason to say that it is a smart choice for any radiology department.
This HBT Wooden Bucky Table Horizontal will go a long way in facilitating a new set-up of the X-ray room or retrofitting old diagnostic machines. For sure, it will be ideal for all sorts of imaging work: routine as well as special, because this table offers comfort with a stainless steel part that reduces radiation exposure.