Klarity SRS System
Keeping the tradition of providing excellent products for Dosimetry, QA and patient positioning for over three decades, Radimage Healthcare India Pvt. Ltd. (Meditronix Corporation) proudly announce indigenous manufacturing of complete range of Dosimetry products, including Electrometer, Ion Chambers, Well Chamber, Water Phantoms, Ion Chamber based Area Monitors, Last Man out Switch, extension cables etc. We undertake repairs for chambers and cables of any brand. The Dosimetry System is initially checked and calibrated at BARC, Mumbai.
Radimage Digital Electrometer* RH-DEM 0517
Designed for Radiotherapy measurements. Its operation is simple, using a single button to start/stop and reset the measurement. The quantity measured is charge, with a built‐in precision digital timer which helps to measure the signal current also. It has a wide measurement range extending from pico coulomb to micro coulomb thus making it useful for pinpoint dosimetry chambers, Farmer chamber and Well type chamber for LDR & HDR Brachytherapy work. It has built‐in High voltage supply directly applied to Ionization Chamber, which can be set as ± V and ± V/2 for the evaluation of ksaturation. Being indigenous and use of modular design makes the servicing and maintenance fast and economical..
Specifications
| Electrometer | RH‐DEM0517 |
| Charge Ranges | Three ranges, pC, nC & mC Selectable from the front panel |
| Display | 41⁄2 digit LCD |
| (i)pC range | 0-19999pC |
| Resolution | 1pC |
| (ii) nC range | 0-199.99nC |
| Resolution | 0.01nC |
| (iii) mC range | 0-19.999 mC |
| Resolution | 0.001mC |
| Linearity | 0.01% in all ranges |
| Timer Range | 0-999.9 s |
| Resolution | 0.1s |
| Display | 4digit LED |
| Current measurement | Measurement of rate of charge |
| Operation | Start/ Stop/Reset with single switch for charge and timer |
| Leakage current | Adjustable to less than 5 fA @ 20°C from Front Panel |
| Chamber Bias voltage | Nominal ±300V, ±150V selectable from the front panel |
| Mains power | 220V |
| Dimensions | 25cm(W)X27cm(L)X12cm(h) |
| Weight | 2kg |
*Can be supplied with ADCL USA calibration (optional) or BARC Calibration, date to be appointed by the user.
Radimage 0.6cc Farmer Type Ion Chamber*
RH-FC 0117
Indigenously designed and developed to suit the Radiotherapy dosimetry applications. The measuring volume is vented to ambient and requires, Air density correction for accurate measurements. Wide energy range extending from 200kev to 35Mev. Standard outer dimensions, compatible with Farmer Chambers of other manufacturers. Integral 10 metre long triaxial cable, or can be customised as per the requirements.
Specifications
| Chamber type | RH-FC0117 |
| Cavity Volume | 0.6cm3 nominal |
| Wall Material | PMMA/Graphite* |
| Wall thickness | 0.4mm |
| Electrode | Aluminium |
| Cavity length | 24mm |
| Outer diameter | 7mm |
| Build-up Cap | Delrin |
| Polarizing Voltage | Maximum 500V |
| Chamber Leakage | ± 2fA |
| Energy Range | 140keV-50MeV |
| Connector | Triaxial TNC or BNC |
*Specify the required wall material
Radimage Brachytherapy Well Chamber* RH-WC 12017
Indigenous Well type chamber provides a very convenient means for the measurement of Reference Air Kerma Rate of Brachytherapy sources used for cancer treatment. It is High sensitivity chamber as a result of higher absolute efficiency (close to unity) makes it a precise, linear, stable and reliable equipment. It is very rugged and has a long life. It is ideal for LDR and HDR.
Specifications
| Chamber type | RH-WC12017 |
| Active Volume | 300 cm3 |
| Range | 1mCi to 24 Ci Ir-192 HDR |
| Height | 158 mm |
| Diameter | 102mm |
| Source Holder | HDR Ir-192 * |
| Polarizing Voltage | Maximum ±500V |
| Chamber Leakage | ±2fA |
| Triaxial Cable | 10m |
| Connector | Triaxial threaded TNC or BNC |
*Can be supplied with ADCL USA calibration (optional) or BARC Calibration, date to be appointed by the user.
Radimage Water Phantoms
• Available in wide variety and application needs
• Fixed depth chamber holder; 30cm3 or any size
• Variable depth2D; with crank assembly, any size
• D10xD20 water filled phantom
• Dual chamber water phantom
• Motorised 2D phantom and more......
Radimage Gamma Area Monitor* (Ion Chamber Based) RH-AM 0417
Gamma Area Monitor is an Air Equivalent ionisation chamber based Radiation monitor, which is suitable for continuous gamma rays and also for Pulsed X‐ray radiation beams of Linear Accelerators. Ionisation chamber is a very rugged, high precision, linear, stable and reliable radiation detector. Air Equivalent design makes it energy independent over a very wide energy range. It is free from dead time losses which makes it extremely durable and has long life detector. Simple associated electronics further enhances its reliability. It is designed and assembled fully indigenously, hence servicing and maintenance is quick and economical.
Specifications
| Detector | Hermetically sealed A ir Equivalent Ionisation chamber |
| Range | 0-200mR/h (Higher ranges are available on demand) Flickering display in case of over range. No Fall back on over load. |
| Display | 31⁄2 digit LED |
| Time constant | 5 seconds |
| Resolution | 0.1mR/h |
| Linearity | ±1% over the full range |
| Energy Response | ±2% 200keV –35MeV |
| Operation | Auto Reset |
| Alarm | Buzzer with adjustable radiation level from 0-200mR/h. |
| Outputs | Two independent NO/NC Relay contacts for door inter lock etc |
| Mains power | 220V |
| Dimensions | Height: 250mm,Width: 160mm, Depth: 90 mm |
| Installation | Wall Mounting |
| Weight | Approx. 1.0kg |
Radimage Last Man Out Switch RH-LM0817
Advised by AERB “Last Man Out Switch” (LMOS) is designed for radiation safety. Soon after patient setup, the technician needs to press the LMOS after ensuring that nobody is present in the treatment room. This activates an audio‐visual alarm for 30 seconds and during this Wireless Last Man Out Switch period the operator needs to close the door and switch “ON” the beam. Works on latest micro controller based technology. Simple to install and easy to use.
*Can be supplied with ADCL USA calibration (optional) or BARC Calibration, date to be appointed by the user.
