Miller ClearLight 4x Auto-Darkening Lens
Miller ClearLight 4x Auto-Darkening Lens
Miller Logo

Miller ClearLight 4x Auto-Darkening Lens

$508.00
$508.00
0% OFF Épuisé
Available to Ship Typically ships in 5–10 business days
Upsell Product Image-1

CK Worldwide 2,0% Lanthana (bleu) en tungstène

$13.90
Upsell Product Image-5

Coupes d'alumine d'objectif à gaz 2/4 de la série 2/4

$3.00
Upsell Product Image-6

CK Worldwide Layzr (Chartreuse) Tungsten

$5.70
Upsell Product Image-8

Bouclier de chaleur Tig Finger®

$26.90

Miller ClearLight™ 4x Auto-Darkening Replacement ADF

 

Miller Digital Elite ClearLight 4x Auto-Darkening Welding Lens. Genuine Miller Digital Elite ClearLight 4x replacement auto darkening welding lens for your Miller Elite welding helmet. ClearLight 4x provides a bright, crisp, clear view of the weld puddle with more realistic color hues in both light and dark states. Use to replace your existing Digital Elite lens or to upgrade from a standard Miller Elite lens. Also an excellent auto darkening upgrade for your Miller passive lens welding helmet. Comes with three year warranty.

Traditional  vs ClearLight 4x

Miller Clearlight 4x lens tech

  • Digital Controls With Four Arc Sensors and Four Operating Modes -
    • Weld Mode™ Shades #8 - 13 
    • Cut Mode™ Shades #5 - 8
    • Grind Mode - Light State #3
    • X-Mode™ Shades #8 - 13
  • X-Mode™
    Electromagnetic Arc Sensing for: Sunlight interference outdoors, Low-Amperage TIG, Pipe/Curves, Obstructed Sensors & Hidden/Cavity Welds
  • Memory Function
    For ease of switching between two preset memory settings.
  • Half-shade settings
    For precise lens adjustment.
  • InfoTrak™ 2.0
    Exclusive arc tracking technology that monitors arc time and arc count for quoting and worker safety metrics.
  • AutoSense™
    Eliminates issues related to setting helmet sensitivity by allowing the welder to push and hold the AutoSense™ button to automatically set the helmet sensitivity for their environment.
  • Auto-on/off
    Power control triggers lens at the strike of an arc.