Images are for illustration purposes only and may differ from the actual product. Some images have been generated or edited, in whole or in part, using artificial intelligence systems. The technical specifications in the product description are authoritative.
Flexible light guide GLF2-1000-4.5 with two 1000 mm arms and active diameter of 4.5 mm per arm. Two freely bendable arms light the object simultaneously from two directions.

Flexible Light Guide 2-arm, arm length 1000 mm, active Ø 4.5 mm, beam angle 70° - Starlight GLF2-1000-4.5

STARLIGHT Original product
Net price (excl. VAT)
€289.00
Item STL-100-011337
Manufacturer no. 100-011337
Personal expert advice
Brand new Specialist dealer since 2009 Original product Worldwide shipping
Product data
Manufacturer no.100-011337
ConditionNew
Article
STL-100-011337

The flexible Starlight light guide GLF2-1000-4.5 carries cold light to the object via two freely bendable arms of 1000 mm each. The 4.5 mm active diameter and 70° beam angle provide targeted, low-shadow illumination from two directions.

Benefits

  • Two freely bendable arms of 1000 mm each for low-shadow illumination
  • Active diameter of 4.5 mm per arm for concentrated light
  • 70° beam angle for even light distribution
  • Robust steel-spiral and PVC construction for lasting use
  • Cold light guidance protects temperature-sensitive objects

Technical data

ModelGLF2-1000-4.5
Number of arms2
Arm length1000 mm
Active diameter4.5 mm
Beam angle70°
Light guide connection15 mm
Materialsteel spiral, PVC
Ambient temperature (up to)80 °C
Input temperature (light source)240 °C
Colourblack
ManufacturerSTARLIGHT
Manufacturer part no.100-011337
ESD safeno

Applications

For microscopy, inspection and fine assembly where low-shadow illumination from two directions is required.

More Information
Manufacturer Nr.100-011337
ManufacturerStarlight
Weight0.100000
GPSR manufacturer informationSTARLIGHT Opto-Electronics Flachslander Straße 8 DE-90431 Nürnberg www.starlight-sl.de
Article authenticityOriginal product
Condition of articleNew
Position sensingNo