Compare Model Drawings, CAD & Specs Diameter Return Beam Accuracy Availability Price
$362
In Stock
12.7 mm 5 arc sec
In Stock
$285
In Stock
12.7 mm 10 arc sec
In Stock
$510
In Stock
19.1 mm 2 arc sec
In Stock
$428
In Stock
19.1 mm 5 arc sec
In Stock
$345
In Stock
19.1 mm 10 arc sec
In Stock
$572
In Stock
25.4 mm 2 arc sec
In Stock
$480
In Stock
25.4 mm 5 arc sec
In Stock
$394
In Stock
25.4 mm 10 arc sec
In Stock
$610
In Stock
38.1 mm 2 arc sec
In Stock
$529
In Stock
38.1 mm 5 arc sec
In Stock
$475
In Stock
38.1 mm 10 arc sec
In Stock
$495
In Stock
63.5 mm 5 arc sec
In Stock
$425
In Stock
63.5 mm 10 arc sec
In Stock
$345
In Stock
63.5 mm 20 arc sec
In Stock
$296
In Stock
63.5 mm 30 arc sec
In Stock

Specifications

  • Mirror Shape
    Hollow Retroreflector
  • Coating Type
    Bare Gold
  • Material
    Aluminum
  • Surface Quality
    60-40 scratch-dig
  • Coating Adhesion
    MIL-F-48616
  • Humidity Resistance
    MIL-F-48616
  • Operating Temperature Range
    -40 to 100 °C
  • Tapped Mounting Hole
    10-24 x 0.2 in. depth

Features

Stable Monolithic Construction

Our replicated hollow metal retroreflectors are monolithic, fabricated from a single piece of aluminum, resulting in return beam accuracy unaffected by vibration. Vibration sensitivity is reduced further by employing an integrated mount in the design.

Gold Coating with High IR Reflectivity

Front surface coated with gold for high reflectivity in the IR and deep IR.

Advantages vs. Glass Retro Reflectors

Unlike solid glass retroreflectors, the optical path is entirely in air so efficient performance is obtained without antireflection coatings which limit the operating wavelength range. Using a novel patented fabrication technique, return beam accuracy as low as 2 arc sec. is economically achieved. These retroreflectors are offered in 12.7, 19.1, 25.4, 38.1, or 63.5 mm diameter and 30, 10, 5, or 2 arc sec return beam accuracy.

Alignment Free 180 Degree Reflection

Retroreflectors, also known as corner cubes as all three mirror surfaces are perpendicular, will reflect all incoming light 180° regardless of incidence angle. This enables 180 degrees reflection of a beam without requiring prior alignment (as with a flat mirror). Images reflected by a corner cube are reversed and inverted.