Digital Doc XTG Mini-S Handheld X-ray

Find a whole new level of convenience in digital dentistry with the Digital DOC XTG Mini-S handheld X-ray machine. This lightweight, compact device is as quick and easy to use as a camera and takes highly accurate radiographs. Plus, you can remain in the operatory while taking each and every dental X-ray, saving time and improving workflow efficiency.

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Description

Digital dentistry meets optimal convenience with the Digital DOC XTG Mini-S handheld X-ray device. Lightweight, compact and portable, this dental X-ray machine requires no installation and can be transported between operatories. Small but mighty, the XTG is a diagnostic powerhouse, allowing you to take a full-mouth series (FMX) in half the time as other methods, so you can diagnose and treat more quickly. Plus, thanks to its comfortable shoulder strap, this mobile X-ray unit frees up both hands to adjust and position where it’s needed throughout the exam. Best of all, you never have to leave the room when taking a dental X-ray, streamlining workflow and enhancing patient experience.

Fast. As simple and safe to use as a camera, the plug-and-play Digital DOC XTG features a self-diagnostic control panel and preprogrammed exposure time for quick and easy operation
Long-lasting. Each full battery charge lasts about 12 hours and yields at least 150 exposures
Protective. This handheld X-ray unit features constant emission power technology and comes equipped with an internal protection shield, guarding both patient and clinician from dispersed radiation exposure
Precise digital imaging. Each and every dental X-ray you take is accurate, high-quality and compatible with film, plate and digital sensors
Advanced. The Digital DOC XTG features fixed 60kVDC and 2mA tube current
Compatible. This portable X-ray machine is compatible with a wide range of dental software products, including Adstra, Dolphin, Oryx, SafeCom, XL Dent and many more

Specifications

Basic Technical Specifications

1. Environmental

Operation

Temperature: 10°C to 35°C

Relative humidity: 10% to 85% RH

Storage and transportation

Temperature: -20°C to 60°C

Relative humidity: 5% to 90% RH

2. Classification/Specification Compliance

MDD 93/42/EEC amended by Council Directive 2007/47/EC, Annex IX: Class II b
IPX specification: IPX 0 (Do not operate under wet conditions.)
Type of protection against electric shock: Internal powered device
Degree of protection against electric shock: Type B applied part

3. Electrical

Rechargeable lithium polymer battery: DC 22.2 V
Maximum battery charge: DC 25.2 V
Battery current at 2 mA, 60 kV output: 15 A
Power supply:
- Input: AC100-240 V, 50-60 HZ 1.0 A
- Output: DC 25.2 V, 0.75 A
- Cable length of DC output: 1000 mm
- Cable length of AC input: 1700 mm
- Cable length of remote controller: 3000 mm

4. X-ray Control and Generator

Exposure time range: 0.01 ~ 1.0 sec.
Maximum duty cycle: 1 : 60
Maximum inherent filtration: 1.6 mm Al
Maximum output power: 120 W nominal at 60 kV, 2 mA
Generator rating: 2 mA at 60 kV ±5%
Leakage technique factors: 60 kV, 2 mA, 2.0 sec.

5. Measurement Criteria of Technique Factors

kV Measurement

The kV is measured during pre-install testing using a calibrated high voltage divider with ±1 accuracy (Calibration report guaranteed). Final performance measurements are checked using a VICTOREEN NERO mAx 8000 X-ray meter from FLUKE.

Tube Current Measurement

The tube current is measured across a series connected resistor with an accuracy of ±1% and measured using a digital multi-meter, prior to encapsulation; XTG has no provision for external measurement of beam current after final manufacture. Exposure time is measured during the entire exposure, referenced to 75% rise/fall, using the VICTOREEN NERO mAx 8000 X-ray meter from FLUKE.

6. Collimator Cone

Minimum source to skin distance: 200 mm
X-ray field size and configuration: 53 mm diameter circle
Radiation shielding: lead lined

* For IRRADIATION TIMES shorter than 0.08 s in ONE-PEAK HIGH-VOLTAGE GENERATORS and TWO-PEAK HIGH-VOLTAGE GENERATORS where, because of the dependence on the pulsed nature of SUPPLY MAINS, it is not possible to provide all values belonging to the geometrical series within the range, missing values and consequently different geometrical intervals between the values provided shall be recognizable on the scale.