Human/Veterinary Wireless Or Wired Flat Panel Detector

Human/Veterinary Wireless or Wired Flat Panel Detector YJ-C4343

The YJ-C4343 is a dual-application flat panel detector (FPD) engineered for both human and veterinary diagnostic imaging, offering flexible wireless/wired connectivity to adapt to diverse clinical scenarios-from busy human hospitals to veterinary clinics handling small/large animals.

Boasting a 43cm×43cm large active area, it delivers high-resolution imaging (with advanced amorphous silicon [a-Si] sensor technology) to capture fine anatomical details, ensuring accurate diagnosis for human torso exams (e.g., chest, abdomen) and veterinary full-body scans (e.g., equine, canine).

Its lightweight, slim design enables easy positioning, while robust construction resists impact and chemical exposure-critical for veterinary environments.

Equipped with fast image acquisition and low-dose radiation technology, it balances diagnostic efficiency with patient/animal safety.

Compatible with most standard X-ray systems, the YJ-C4343 supports seamless integration into existing workflows, making it a versatile, cost-effective solution for multi-specialty medical and veterinary facilities.

Main Features
43 x43 cmimaging area High spatial resolution with 140 um pixel size and 16-bit ADCRadiation tolerance from 40 kv to 160 kv
Full screen AE) control

1. Utilizes innovative next-generation
2. TFT image sensor technology
3. Gigabit Ethernet Interface
4. High detection efficiency
5. High sensitivity
6. User-friendly software for easy system integration

Stable quality

From the beginning of product development, consideration was given to issues such as subsequent R&D, production, and testing. Therefore, the underlying architecture design was set to be modular, ensuring stable architecture

STA mode: The tablet is connected to the computer through a wireless router, and the usage environment is generally in situations where wireless connection is required but there are obstructions (such as lead rooms, iron doors, and thick walls) The signal needs to be converted into a signal transfer medium through a router.

AP mode: The tablet is directly connected to the computer, and the usage environment generally requires unobstructed surroundings (open space) with an effective connection distance of within 50 meters. The time for the above image is fast, and the time for the above image after exposure is ≤ 5