Pridex Pentaled 63 N

Description

Professionalism and quality distinguish all RIMSA products from others. The result of more than seventy years of experience.
COLD LIGHT :
Any increase in thermal irradiation in the operating field is proportional to the number and power of the LEDs used. RIMSA uses less number of LEDs. Thanks to the concept of “Indirect Light”.

ADJUSTABLE COLOUR TEMPERATURE 5000K – 4500°K :
By simply pressing the digital key “K” on the membrane keyboard, the surgeon can choose between two different “white light” temperatures – 5000°K & 4500°K- without altering the light intensity. 5000°K is white light similar to sunlight at zenith, unmatched by most other competitors.

PATENTED TECHNOLOGY :
The indirect light provided by all Pentaled lamps guarantees cold light, deep light and no stress or dazzling for the surgeon. This is due to parabolic dishes that reflect the entire spectrum of light emitted by each LED lamp in a punctiform manner, without dispersion.
This means:

• Fewer LEDs are needed.
• Lower irradiated heat in the operating field.

Thanks to the physical principle of indirect light, the surgeon and his/her assistants are never disturbed by the light & can operate without stress to the eyes & most importantly, without becoming dazzled.

RIMSA was the first to launch this technology globally.

E-GLASS :
The light source is protected by “E-Glass”, a light diffusing screen made from clear tempered glass and coated with a special high strength film to avoid shards falling into the operating field in the unlikely event that it shatters.
The glass is non static, scratch proof and does not yellow with age, unlike conventional polycarbonate screens.

ENDOLED :
The “EndoLed” function provides comfortable lighting during endoscopic surgery. When enabled, this function lights up a single module whose light intensity can be adjusted at max 20,000 Lux.

LAMINAR FLOW COMPATIBLE :
The dome shape, especially the ultra-low surface heat of aluminium housing guarantee free flowing air without obstacles or any disturbance of the laminar flow.
In fact, very hot surfaces lead to convection which transforms air flow into turbulence causing drag.