ALM PRX 4000 / 6000 Dual Surgical Light System

SL09AL0064

$5,000.00

Product Description

ALM PRX (Prismalix) 4000 / 6000 Dual Surgical Light System

SL09AL0064

Compatible Parts:

 

Patented PrismAlix® technology delivers:

  • Excellent illumination
  • Superior shadow control
  • True color rendition
  • Effective heat reduction

A SIMPLE, RELIABLE AND PATENTED SYSTEM FOR PATTERN SIZE ADJUSTMENTS
The AVL (ADJUSTABLE VOLUME OF LIGHT) system offers precise pattern adjustments without affecting the quality or consistency of the light pattern.
The light pattern remains constant throughout the 31″ (80 cm) column of light to provide excellent illumination without the need to constantly refocus.

SHADOW CONTROL
Patented prism-based technology, developed by ALM, provides highly effective shadow control. Each light head has between 2184 and 4355 prisms (depending on the size of light head), which creates thousands of diverging light beams precisely directed toward the surgical field. Thousands of diverging, overlapping light beams create a virtually shadow free column of light. Diverging light paths produce an evenly illuminated surgical site with excellent illumination at the center, as well as at the cavity walls.

EXCEPTIONAL VISUAL COMFORT FOR THE SURGICAL TEAM
The new PrismAlix optical system has been computer optimized to capture every photon of useful visible light. The homogenous distribution of light within the column and light pattern ensures a high level of visual comfort for the entire surgical team.

INTEGRATED SONY® CAMERA SYSTEMS
Communication with video:
ALM pioneered video technology for surgical lighting. During the past two decades, ALM has expanded the application of video cameras within the operating room by offering two types of integrated Sony camera systems for:
● Surgical procedure documentation
● Visualization of the surgical site within the
operating room
● Sharing of the image outside of the OR, for patient
flow and scheduling
● Broadcasting of the image for videoconferencing,
telemedicine and education

PROPER REPRESENTATION OF TISSUE COLORS
It is critical for a surgical light to properly represent color. Color differentiation is used to make critical decisions regarding tissue perfusion and the distinction between diseased and healthy tissue. To assist in these critical decisions, the PrismAlix light operates at an industry-leading 95.5 CRI (Color Rendering Index), assuring that all colors are properly represented. Because the surgical team primarily works within a red tissue environment, the PRX light has optimized the color temperature at 3500K.

HEAT MANAGEMENT WITHIN A CLOSED LIGHTHEAD
A combination of thermal bridges, optical filters, and internal ventilation reduces irradiant and conductive heat emissions to provide a cool and comfortable working environment for the surgical team.

SUSPENSION SYSTEMS OPTIMIZE POSITIONING AND MANEUVERABILITY
PrismAlix suspension systems are ergonomically designed:
● Lightweight and compact
● A complete rotation of satellite light head around
main light
● 360° of rotation at each pivot axis
● Multiple, easy-to-grip (non-sterile) external handles
always within reach
● Unequaled movement of 210° on ACS systems
● Immediate and drift-free stability of the light heads
after positioning

A MULTITUDE OF SMALL DETAILS MAKES YOUR LIFE EASIER
A single cover on the back of the light head opens with a simple quarter-turn to give immediate access to the bulbs and bulb holder. Bulb and holder easily slide into position. NO TOOLS REQUIRED. The materials used in the PrismAlix were chosen for their excellent durability, to ensure that your lights will provide many years of reliable service.

Additional information

Maxim PN

SL09AL0064

Light Type

Halogen

Number of Light Heads

2

* All products are sold used (tested, 90-day warranty), unless specified or requested new by customer. 

* Standard shipping cutoff is 1PM EST. Express shipping may be available upon request.

* Product orders are subject to a 1-3 day lead time. Select products may require additional handling time.