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€469,00 €785,00 VAT Excluded
SKU 1822437
Normally available in 6/10g
Aliquota IVA applicata: 22%
RADII-CAL CX SDI LED LIGHT
Collimated LED curing light
Collimated for deeper and more reliable curing
Collimated beam and uniformity
A non-collimated LED light delivers decreasing curing energy depending on the depth of the restoration. As shown in Fig. 1, a non-collimated LED fades rapidly, offering very little curing energy for deeper restorations. Radii-Cal CX’s collimated beam ensures uniform curing at all depths. This guarantees fast and predictable curing for all restorations.
“What you’re looking for is an optimally collimated beam. Think of a car headlight and the light coming out of it. That’s what you’re looking for. You’re looking for a light that has good output over distance.†“
Dr. Richard Price
Advanced heat management
Heat dissipation is crucial for all curing lights. Increased heat reduces clinical performance and the lifespan of a lamp.* Radii-Cal CX includes heat dissipation technology. This technology protects the LED from damaging heat. By staying cool, Radii-Cal CX allows for consecutive treatments without the need for mandatory cooling. It also extends the unit's lifespan.
Lightweight and ergonomic
The ergonomic, lightweight design minimizes fatigue and maximizes comfort. The handpiece weighs only 144g. Suitable for a pen or pistol grip, this lightweight unit minimizes hand and arm fatigue. The finger rest also provides ergonomic support for curing upper or lower quadrants.
Smart Battery
Radii-Cal CX simply slots into its docking station for easy continuous charging. There is no need to unscrew or remove batteries for separate charging. The docking station glows green to indicate a full charge.
Long-lasting battery
Radii-Cal CX does not require frequent recharging between uses. When fully charged, Radii-Cal CX provides 1,200 cures x 10 seconds.
Incremental mode to protect against sensitivity
During the first 5 seconds, Radii-Cal CX's light energy gradually increases. This "soft-start" cure minimizes stress at the restoration-enamel-dentine junction and reduces marginal gaps in the restoration. ˆThis safeguards the integrity of restorations and reduces post-operative sensitivity.
Integrated Radiometer
The Radii-Cal CX is equipped with an integrated radiometer that confirms the energy output of the unit. The radiometer is calibrated to the Radii-Cal CX's collimated lens.
Optimal Wavelength Spectrum
The Radii-Cal CX lamp LED reaches a key wavelength of 440-480 nm, [Fig. 2] which maximizes camphorquinone monomer activation. This ensures effective curing of light-curing materials.
Easy to clean
The smooth, polished finish prevents bacteria from accumulating on the surface, making it quick and easy to clean. The perfectly fitted protective sleeves provided prevent cross-contamination.
Replacement lenses
Replacement lenses can be easily unscrewed and replaced. Other curing lights without replaceable lenses require total unit replacement.
2-year warranty
The robust and reliable construction of Radii-Cal CX ensures a lasting investment.
Technical data
| HANDPIECE (battery, control section, and standard LED tip) | |
| Wavelength range: | 440 nm – 480 nm |
| Peak wavelength range: | 460 nm |
| Ramp to full intensity: | 5 seconds |
| Light intensity: | 1200 mW/cm2 (peak) |
| Continuous use duration: | 20 seconds |
| Total continuous operating time with full battery: | 3 hours, 20 minutes |
| Dimensions: | 22 mm diameter x 243 mm long |
| Weight: | 144 g / 5.1 ounces |
| Battery: | Li-ion 7.4V/14 wh |
| CONNECTING PACK | |
| AC input: | 100-240V ~ 0.8A, 50/60 Hz |
| DC output: | 12V 1.66A, 20.0W MAX |
| Dimensions: | 34 mm (W) x 41 mm (H) x 62.5 mm (L) |
| Weight: | 104 g / 3.6 ounces |
| CHARGER | |
| Battery charging time: | 60 – 180 minutes |
| Operating temperature: | 10°C – 40°C |
| Total height with handpiece inserted: | 255 mm |
| Dimensions: | 70 mm (W) x 40 mm (H) x 130 mm (L) |
| Weight: | 84 g / 3 ounces |
‡2-year warranty against manufacturing defects on parts and battery
†Price, Richard, Achieving the best results with curing lights, (dpr.pdf ykdent.com.tw)
*Wahbi, Mohammed A et al. Characterization of heat emission of light-curing units. The Saudi dental journal vol. 24,2 (2012): 91-8. doi:10.1016/j.sd entj.2012.01.003
ˆHeymann, H., Swift, E. J., Ritter, A. V., & Sturdevant, C. M. (2013) pg 180. Sturdevant’s art and science of operative dentistry. St. Louis, Mo: Elsevier/Mosby
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