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The digital radiographic RADforce complex the price – quality" combines outstanding operational characteristics and an optimum ratio ", it is most of all demanded for installation in X - ray departments of the small size. Preparation of the room for installation of a floor support does not demand, as a rule, the additional financial investments. High quality of pictures of a digital radiographic complex is reached thanks to the flat digital detector. The design allows to position easily for simplification of inspection and performance big quantity \ x - ray films without load of the operator. The radiographic RADforce system is completed with the high - frequency invertor generator of the last generation (frequency of high - voltage transformation - 50 kHz) creating impulses of stable duration with the low level of pulsations of tension on a X - ray tube.
The technical solutions implemented in a generator design provide roentgenograms with high contrast and spatial resolution, and also the maximum safety of research due to minimization of the "soft" x - ray emission which is not participating in forming of the image. The generator is equipped with unique "intellectual" function of consecutive performance from two to seven radiographic researches of one patient according to in advance chosen protocol and the programmed conditions. After performance of each picture the exposure parameters set for the following projection are automatically set. This function increases the capacity of X - ray department.
The compact system is developed for economy of the place, at the same time minimizing an installation time (1 working day) for reduction of time of return of investments. Ease in operation is one more characteristic of system. Shirokaya Square for placement allows to carry out even an orthopedic X - ray analysis. Well balanced floor support of a X - ray emitter provides easy positioning of a X - ray tube and fast preparation of a radiographic complex for research performance.
Craniography - A craniography in a direct front survey projection - A craniography in a direct back survey projection - A craniography in a lateral projection - A craniography in Toun's projection for definition of availability of medial or lateral shift of a condyle - Craniographies in an axial projection (pictures of a base of skull) Malar picture - A malar picture in an axial projection - A malar picture in a direct front survey projection - A malar picture in a direct back survey projection Picture of a nasal bone - A picture of a nasal bone in an axial projection - A picture of a nasal bone in a lateral projection Picture of adnexal bosoms of a nose - A X - ray of adnexal bosoms of a nose in a back - front projection (nosopodborodochny and mental projections) - A picture of adnexal bosoms of a nose in a lateral projection Picture of a temporal bone - Pictures of a temporal bone in a slanting projection (according to Schueller) - Pictures of a temporal bone in an axial projection (according to Mayer) - Pictures of a temporal bone in a cross projection (on Stenversa) Mandible picture - A mandible picture in a slanting projection - Picture of mental department of a mandible - Picture of a temporal and mandibular joint Picture of a shoulder joint - Pictures of a shoulder joint in a direct back projection - Pictures of a shoulder joint in a lateral projection Picture of an elbow joint - A picture of an elbow joint in a direct back projection - A picture of an elbow joint in a lateral projection - A picture of an elbow joint in an axial projection Forearm picture - A forearm picture in a direct back projection - A forearm picture in a lateral projection Wrist picture - A wrist picture in a front projection - A wrist picture in a lateral projection Brush picture - Brush pictures in a direct palmar projection - Brush pictures in a lateral projection - Brush pictures in a slanting ulnarny projection Picture of a hip joint - A picture of a hip joint in a lateral projection (with assignment of a hip) |
- A picture of a hip joint in a lateral projection (without assignment of a hip) - A picture of a hip joint in a direct back survey projection Femur picture - A hip picture in a direct back projection - A hip picture in a lateral projection Calcaneus picture - Axial type of a calcaneus Picture of a knee joint - Pictures of a knee joint in a direct projection - Pictures of a knee joint in a lateral projection Leg picture - A leg picture in a front projection - A leg picture in a back projection - A leg picture in a lateral projection Picture of an ankle joint - Pictures of an ankle joint in a direct back projection - A picture of an ankle joint in a lateral projection Foot picture - Foot pictures in a direct projection - Foot pictures in a lateral projection - Foot pictures in slanting projections Picture of cervical department of a backbone - A picture of cervical department of a backbone in a direct back projection - A picture of cervical department of a backbone in a lateral projection - Pictures of cervical department of a backbone in a slanting projection - A picture of upper cervical vertebrae in a direct projection through an open mouth Picture of chest department of a backbone - A picture of chest department of a backbone in a direct back projection (a survey picture) - A picture of chest department of a backbone in a lateral projection (a survey picture) Tailbone picture - A tailbone picture in a direct back projection - A picture of a sacrum and a tailbone in a lateral projection Picture of lumbar department of a backbone - A picture of lumbosacral department of a backbone in a direct back projection - A picture of lumbosacral department of a backbone in a lateral projection - A picture of lumbosacral department of a backbone in a slanting projection Basin picture - A basin picture in a direct back projection - A picture of a wing of an ileal bone in a slanting projection and also broad use in gynecology for receiving a X - ray of pictures of a uterus and pipes. |
Parameters | Values |
High - frequency generator (UD150L - 40E(CE)) | |
Type | Invertor, three - phase |
Power of the generator, kW | 50 |
Frequency, kHz | 50/60 |
Range of a X - ray analysis, kV | |
The lower limit has to be no more than 45 kV | 40 kV |
The upper limit has to be not less than 140 kV | 150 kV |
X - ray analysis range, ma | |
The lower limit has to be no more than 15 ma | 10 ma |
The upper limit has to be not less than 630 ma, but not less than 35 steps of adjustment ma | 10 – 630 ma in 37 steps |
X - ray analysis range, Mas | |
The lower limit has to be no more than 0,6 Mas | 0,5 ma |
The upper limit has to be not less than 800 Mas, but not less than 65 steps of adjustment Mas | 800 Mas in 65 steps |
X - ray analysis time range | 0,001 - 10 with in 81 steps |
Power, kW | |
Power of the generator makes 50 kW | 50 kW on 100 kV |
Exposure control | |
Automatic control of exposure | Available |
Scrolling wheel for turn setup | Available |
Anatomic programs | |
The maximum quantity of the registered programs has to be not less than 250. | To 250 programs |
Safety function (authentication of the password) for unauthorized change of parameters | Four - digit password |
Auto - staged function allows a bus to drop into the following walk of exposure | Available |
The direction of a X - ray analysis to be reproduced on the display | Conclusion to the auxiliary display |
Control panel | |
Control panel of a condition of exposure, parameter of settings and error of the display. | Available |
System of indication at an overload of a X - ray tube | Notifies by lighting on p \ at |
On the panel 3 types of bodies of the patient, the amount of focus and adjustment of a chuvst - ta of the screen are regulated. | Available |
Built - in high - speed starter (SA - 42UD) | Available |
Color coding of indication of the display | 5 flowers |
Sound notification on the status of exposure | Available |
Manual managements | |
Separate manual control for procedure performance | Available |
Automatic control of exposure (photo timer SPT - C42) | Available |
X - ray tube (0.6/1.2P324DK - 85) | |
Rotating the anode | Available |
Speed of anode rotation, RPM | 9000 |
Maximum heat capacity of the anode, kJ | 400 |
The maximum speed dissipation of the anode, J / with | 2000 |
Focus, mm | 0,6 - 1,2 |
Diameter of the purpose, mm | > 100 |
Maximum output tension, kV | 150 |
Collimator (R - 20J (FH - 20/21H, CE)) | |
Field form | Rectangular |
Maximum size of the field, mm | 430х430 |
Minimum size of the field, mm | 0х0 |
Turn of the field of exposure, hail | + / - 180 hail |
Average intensity of lighting, lx | 160 |
Function of automatic inclusion, with | 30 |
Own filtering | 1,0 mm of Alekv. |
Additional filtering | 0,5 mm of All. s. |
The disseminating lattice | Aluminum |
External dimension of the collimator, (SHKHGKHD) | 202х211х197 |
The requirement to food (food goes from a high - frequency generator) | Single - phase system, 100B, 3 And, 50/60 Hz |
Console of floor fastening (FH - 21RMMD - CE) | |
Type | Floor |
Longitudinal movement, mm | 2500 |
Cross movement, mm | 250 |
Vertical movement, mm | 400 - 1950 |
Electromagnetic lock | Available |
On a horizontal axis, hail | + / - 90 |
On a vertical axis, hail | + / - 180 |
Up down, hail | + 90/ - 10 |
Adjustment of turn of a X - ray tube in horizontal position | Available |
Switch of the mode of a X - ray tube | Available |
Switch of a X - ray tube (up/down) | Available |
Console weight (except for a tube and the collimator), kg | 140 |
Height of the console, mm | 2350 - 2900 |
Radiographic table (BK - 12HK(CE)) | |
Type | Flat floating table - top |
Length, mm | 2200 |
Width, mm | 810 |
Longitudinal movement, mm | 1100 |
Cross movement, mm | + / - 125 |
Height fixed mm | 700 |
Electromagnetic lock | Available |
The occupied space of installation, mm | 3500х5000 |
Grid ratio | 10: 1 |
Density of a grid, lines/cm | 40 |
Focal length, cm | 100 |
Size, mm | 479х438 |
The requirement to food (food goes from a high - frequency generator) | 1 - phase sis - ma, 100B, 0,1 kVA, 50/60 Hz |