FUJIFILM Prima T Vet
This compact table-top reader unit has outstandingly high-speed processing to challenge the common misconception of CR.
Features
- High speed processing
FCR PRIMA T Vet is a table-top reader unit which boasts a world-class high processing speed of 57 IPs / hour. With the optional Upgrade Kit this speed can be increased still further to 67 IPs / hour. As with all Fujifilm equipment FCR PRIMA T Vet is easy to operate. It will help reduce patient waiting time and greatly increase the efficiency of examination workflow.
FCR PRIMA T2 Vet is a table-top reader unit which boasts a world-class high processing speed of 73 IPs/hour. In the high speed mode (5 pixels/mm), throughput is enhanced almost 70% compared with FCR PRIMA T Vet (only for IPs of 14″ × 17″ and 14″ × 14″ ). As with all Fujifilm equipment FCR PRIMA T2 Vet is easy to operate. It will help reduce patient waiting time and greatly increase the efficiency of examination workflow.
- Space saving design
FCR PRIMA T Vet, with its light, compact, tabletop design is Fujifilm’s first FCR model of this type. It can be placed on a desk or shelf or anywhere space is limited. As this is a fully digital reader neither a darkroom nor automatic processor are required. FCR PRIMA T Vet can always be installed in the space vacated by a chemistry-based processor.
- Stable high-quality images
Although this is a compact machine its excellent image quality is the same as that produced by the rest of the FCR range. Image Intelligence, Fujifilm’s proprietary image processing technology, enhances image contrast and sharpness, without any deterioration of details. FCR PRIMA T Vet supports accurate diagnosis by offering stable and optimized image quality.
- MFP (Multi-Frequency Processing)
Enhances FCR images. All diagnostic scopes will be enhanced except for noise
- FNC (Flexible Noise Control)
Provides a non-grainy image by mainly isolating and suppressing the noise for the signal.
- GPR (Grid Pattern Removal)
Removes the stationary grid patterns thus preventing Moiré from being generated resulting in easier diagnosis.