Dr Mach LED130 Examination light 60.000Lux with LED technology, Mobile Stand

Αγαπημένα

Αγαπημένα

Dr Mach LED130 Examination light with LED technology, Mobile Stand

Description

High quality medical lighting, with LED technology, 60.000 Lux, made by the German medical company, Dr Mach.

Ergonomic design and robust construction combined with high efficiency lighting

Superior color rendition

With outstanding color rendering indexes Ra = 95 the surgeon recognizes

clearly the tiniest nuances of color in tissue.

The color spectrum of the wound is rendered naturally with rich contrast.

The OT-light clearly provides welcome relief for your eyes.

Facetted multi-lens system

A multitude of computer-calculated facetted lenses guarantees homogeneity

and lowest shadiness in the light field. Separately arranged optical systems,

each with one LED module, generate their own light field, which increases

the contrast effect of the OT-light. Light intensities of 100.000 Lux can be

attained without difficulty.

Keypad on the lamp housing

The following light functions can be adjusted electronically, such as:

- Switching ON and OFF

- Electronic light intensity control

Handling

During development high attention was paid to easy handling and high

ease of maintenance. Furthermore, the flow-enhancing ring form and the

minimal surfaces avoid any heat increase in the surgeon’s head area and

create a perfect laminar flow performance. The light can be positioned exactly

to the wound field with the handle.

Focusing (optional, available on LED130F model)

Long lifespan / Low power consumption

The lifespan of more than 60.000 operating hours reduces the costs for

exchanging and replacing the illuminants considerably, compared with the

conventional halogen technology used with former OT-lights. By implementation

of the LED technology the power consumption could be reduced partially

with more than 50%.

Cool light

The LED technology is much more effective than conventional light sources

such as halogen bulbs. The heat radiation is reduced to a minimum without

using any expensive filter technique. The temperature increase in the