MARS 15/30
MARS Series of 15KW and 30KW of Counter Balanced Mobile (CBM) system and Spring Balanced Mobile (SBM) system, X-Ray machines are based on HF X-Ray generation technology. These machines are most suitable for applications where ease
of mobility is required, like in trauma cases and bed-side X-Rays in hospital wards. As the machines are very compact, lightweight so can be taken through elevators with ease.
The HF X-Ray generation technology used in MARS 15/30 KW offers the following advantages over the conventional 2 pulse technology.
- Substantially lower exposure factors (radiation safety to patients & operators).
- Elimination of motion artifacts due to lower exposure time (excellent film quality).
- Negligible skin dose (radiation safety to patient).
Allengers ASSURE Protocols mechanism ensures minimum radiation dose to the operational staff and patient in procedure room. ASSURE Protocols uses different devices to control the primary beam and scattered radiation and keeps them far below the safe radiation limits.
Other Products
MARS 40
MARS 40 High frequency fixed X-ray
system of 40 KW. The machine is
specialized models for general
radiography and fluoroscopic
applications.
Allengers MARS range (15 KW - 80 KW)
Allengers MARS range (15 KW – 80 KW)
of High Frequency X-Ray machines are
specialized models for general
radiography and fluoroscopic
applications.
MARS 4.2 6 Litex
MARS 4.2 – 6 is a Spring Balanced
Mobile (SBM) X-ray system from the
LITEX series. The technology of the
machine is based on high-frequency
X-ray generation technology which
offers the following major advantages
MARS 40
MARS 40 High frequency fixed X-ray system of 40 KW. The machine is specialized models for general radiography and fluoroscopic applications.
Allengers MARS range
(15 KW - 80 KW)
Allengers MARS range (15 KW – 80 KW) of High Frequency X-Ray machines are specialized models for general radiography and fluoroscopic applications.
MARS 4.2 6 Litex
MARS 4.2 – 6 is a Spring Balanced Mobile (SBM) X-ray system from the LITEX series. The technology of the machine is based on high-frequency X-ray generation technology which offers the following major advantages
