CARESTREAM TRIMAX DR
Now is the time to Go Digital
The TRIMAX DR Detector is designed specifically for facilities like yours. It delivers high-quality digital images to speed workflow and improve patient care. It slides into your existing CR systems, full X-ray rooms and mobile units – converting them to the speed and convenience of full digital.
TRIMAX Core Features:
Wireless connectivity to eliminate the hassles and hazards of cables
Full digital technology eliminates steps in the process to increase productivity
Superb image quality of digital supports greater diagnostic confidence
Choose a detector that best fits your imaging needs:
- 14" x 17" Wireless Gadolinium
- 14" x 17" Wireless Cesium
- 17" x 17" Wireless Gadolinium
- 17" x 17" Wireless Cesium
- 17" x 17" Tethered Gadolinium
- 17" x 17" Tethered Cesium
Considering upgrading for full digital imaing but the cost is just too much? The TRIMAX DR Detector makes the move to DR both simple and economical for small to mid-size hospitals, urgent care facilities and clinics. And everyone in your facility will experience the benefits:
Radiologists will appreciate the excellent image quality, improved diagnostics, our low-dose Cesium option, and fast image capture and rendering.
Administrators will see productivity gains, more patients imaged in less time, potential space savings and higher utilization of fixed assets.
Technologists will achieve improved workflow, faster exam times, and superb ease of use.
Patients benefit from shorter wait times, quicker diagnosis, and the potential for earlier commencement of treatment.
Beam Detect Mode: eliminates cable connection to the generator to alleviate OEM service concerns, with image capture starting automatically when the detector senses the X-ray exposure.
IP44 Rating: protects from splashing water.
Tri and bi-color LED status indicators:
offers improved visualization of detector power, error and connection status.
Image retention: studies are automatically saved from the most recent exam.
versatile Image Suite Software