QUALITY AND WELLNESS FOR DENTAL PRACTITIONERS
ZIVA SLIM
LED CEILING LIGHT FOR DENTAL LABORATORIES
ZIVA SLIM is the ceiling light designed for dental practices to meet the main needs of the professional:
- no shadows in the working area
- homogeneous illumination that is flicker-free, ir-free and uv-free
- real correspondence and colour perception
- better view of dentine and enamel areas
- increased evidence of three-dimensionality
- suspension fixing for a permanently free work surface
FOCUS
CHARACTERISTICS
HOMOGENEOUS LIGHTING WITHOUT SHADOW AREAS
The ZIVA dental ceiling light uses latest generation technologies to provide homogeneous lighting that is proportional to the work environment, reducing both the shadow areas as well as operator stress and visual fatigue.
ACCURACY OF COLOURS AND SURFACES
The colour rendering index > 90 and the colour temperature of 5,500 K, enable a realistic determination and perception of color and greater definition of details.
LIGHT UP YOUR WORKSTATION WITH A TOUCH
The touch sensor placed on the side profile of the lamp allows:
- ON/OFF
- ADJUSTMENT OF LIGHT INTENSITY
PRODUCT SPECIFICATIONS
CHARACTERISTICS | DOWNLOAD
CHARACTERISTICS | SPECIFICATIONS |
|---|---|
Power supply voltage | 220/240 Va – 50/60 Hz |
Power absorbed | 80 W |
Dimensions | 330x670x50 mm |
Weight | 3,8 Kg |
Lighting | Up to 3,400 Lux (at a distance of 900 mm) |
Colour temperature | 5.500 K |
TM30 | Rf 89 | Rg 99.5 |
Colour rendering index | >90 |
Memorization of
Last illumination level | – |
- (The technical data given represent typical values subject to tolerance)
- Product in Compliance with Directive 2015/53/EU
TECHNOLOGY INNOVATION AND WELLBEING
Visual fatigue is caused by repeated contraction and dilation of the iris performed by the ciliary muscle to modify the crystalline lens structure and enable the focus. Therefore, light distribution within the operating field must allow the dentist’s eye to adapt to different levels of illumination with the minimum effort.
When choosing a dental lamp, we must consider few critical characteristics to determine its light quality. Any artificial light source has to faithfully reproduce the colours of the illuminated objects, materials and body tissues, which many vary based on the colour temperature and colour render index of the source. It’s all crucial to achieve a successful result in any activity.
