Portable X-Ray System iFlex-8

$6,300.00

8 kW combined high-frequency portable veterinary X-ray system delivering faster exposures for medium and large veterinary patients.

SKU: IFLEX-8 Categories: ,

8 kW combined high-frequency portable X-ray source for high-throughput veterinary radiography.

Product Overview

The iFlex-8 is the higher-power sibling of the iFlex-5, raising maximum output to 8 kW and tube current to 125 mA while preserving the same compact tube head and 7-inch touchscreen control unit.

Designed for busy small-animal hospitals and medium-to-large patient workloads, it shortens exposure times for thicker body parts and reduces motion blur during awake or sedated radiography.

Key Features

  • 8 kW maximum output — 43% more than the iFlex-5 at the same chassis size
  • kV range 40–125 kV and mA range 20–125 mA covering canine, feline, and equine extremity imaging
  • mAs range 0.1–400 mAs supports thicker thoracic and lateral abdominal views
  • Combined high-frequency source at 100 kHz±10% for kV stability
  • 0.6 mm / 1.8 mm dual focal spot — small focus for dental/orthopaedic detail, large for bulk exposures
  • 40 kJ anode heat storage capacity for back-to-back patient throughput
  • 7-inch capacitive touchscreen with veterinary APR (canine silhouette)
  • RS232 service interface, exposure hand switch standard, wireless remote optional
  • Single-phase 110/220 V input — compatible with global clinic power
  • 16.8 kg, 330 × 245 × 230 mm — same chassis footprint as iFlex-5

Technical Specifications

Maximum Power Output 8 kW
Working Frequency 100 kHz ± 10%
Input Voltage 110/220 V ± 10%, 50/60 Hz ± 1 Hz, single phase
kV Range 40 – 125 kV
mA Range 20 – 125 mA
mAs Range 0.1 – 400 mAs
Exposure Time 0.01 – 6.3 s
Focal Spot 0.6 mm / 1.8 mm (dual)
Anode Target Angle 15°
Anode Heat Capacity 40 kJ
Display 7-inch capacitive touchscreen
Communication RS232
Exposure Switch Hand switch / wireless remote (optional)
Dimensions 330 × 245 × 230 mm
Weight 16.8 kg
Warranty 1 year, hardware & software

Clinical Applications

  • High-volume small animal hospitals with multiple daily radiograph studies
  • Thicker lateral abdominal, pelvic, and thoracic views in larger canine breeds
  • Equine distal-limb radiography in clinic settings
  • Pre- and post-operative orthopaedic imaging
  • Veterinary referral practice where exposure consistency is critical

Package Contents

  • 1 × iFlex-8 combined high-frequency X-ray source
  • 1 × Hand exposure switch
  • 1 × Power cable
  • 1 × User manual
  • 1 × Warranty certificate
  • Optional: mobile folding cart, detector case, V-shape positioning set, lead protective set

Why Choose iFlex-8

  • 8 kW output reduces exposure times by ~30% versus iFlex-5 for comparable kV settings
  • Same chassis footprint and accessories as iFlex-5 — drop-in upgrade for existing carts
  • Higher mAs ceiling (400 vs 320) supports heavy lateral abdominal projections
  • Consistent veterinary APR across the iFlex series — operators trained on iFlex-5 can use iFlex-8 immediately
  • 1-year hardware + software warranty with documented service software access

Warranty & Support

1-year manufacturer warranty on hardware and software. Iwamed service network supplies spare parts, calibration, and service software upgrades.

Frequently Asked Questions

How does iFlex-8 differ from iFlex-5?
Same chassis and tube head form factor. iFlex-8 outputs 8 kW (max 125 mA, 400 mAs) versus iFlex-5’s 5.6 kW (100 mA, 320 mAs).
Is it suitable for equine radiography?
Yes for distal limb and extremity work in clinic settings. For field equine work, the lower-weight 1.6 / 1.8 kW models are usually preferred.
Can it run on battery?
The standard iFlex-8 is mains powered. There is no current battery-equipped 8 kW variant — consider iFlex-5Pro for cordless 5.6 kW use.
What detectors are compatible?
Any standard 14 × 17 inch wired or wireless veterinary flat-panel detector with synchronous trigger.
Does the higher power require special wiring?
Single-phase 110/220 V input is sufficient. Hospitals should ensure a dedicated 16 A circuit to handle peak draw during exposure.