Compare Model Drawings, CAD & Specs Availability Price
SR-1Z
Pedestal Pillar, Magnetic Base, 1 in. Height, 1.5 in. Diameter, 1/4-20
$41
In Stock
 SR-1Z Pedestal Pillar, Magnetic Base, 1 in. Height, 1.5 in. Diameter, 1/4-20
In Stock
 $41
SR-1.5Z
Pedestal Pillar, Magnetic Base, 1.5 in. Height, 1.5 in. Diameter, 1/4-20
$43
4 Weeks
 SR-1.5Z Pedestal Pillar, Magnetic Base, 1.5 in. Height, 1.5 in. Diameter, 1/4-20
4 Weeks
 $43
SR-2Z
Pedestal Pillar, Magnetic Base, 2 in. Height, 1.5 in. Diameter, 1/4-20
$45
In Stock
 SR-2Z Pedestal Pillar, Magnetic Base, 2 in. Height, 1.5 in. Diameter, 1/4-20
In Stock
 $45
SR-3Z
Pedestal Pillar, Magnetic Base, 3 in. Height, 1.5 in. Diameter, 1/4-20
$47
In Stock
 SR-3Z Pedestal Pillar, Magnetic Base, 3 in. Height, 1.5 in. Diameter, 1/4-20
In Stock
 $47
SR-4Z
Pedestal Pillar, Magnetic Base, 4 in. Height, 1.5 in. Diameter, 1/4-20
$54
In Stock
 SR-4Z Pedestal Pillar, Magnetic Base, 4 in. Height, 1.5 in. Diameter, 1/4-20
In Stock
 $54
SR-6Z
Pedestal Pillar, Magnetic Base, 6 in. Height, 1.5 in. Diameter, 1/4-20
$86
2 Weeks
 SR-6Z Pedestal Pillar, Magnetic Base, 6 in. Height, 1.5 in. Diameter, 1/4-20
2 Weeks
 $86
M-SR-1Z
Pedestal Pillar, Magnetic Base, 25.4 mm Height, 38.1 mm Diameter, M6
$41
In Stock
 M-SR-1Z Pedestal Pillar, Magnetic Base, 25.4 mm Height, 38.1 mm Diameter, M6
In Stock
 $41
M-SR-1.5Z
Pedestal Pillar, Magnetic Base, 38.1 mm Height, 38.1 mm Diameter, M6
$43
Contact Us
 M-SR-1.5Z Pedestal Pillar, Magnetic Base, 38.1 mm Height, 38.1 mm Diameter, M6
Contact Us
 $43
M-SR-2Z
Pedestal Pillar, Magnetic Base, 50.8 mm Height, 38.1 mm Diameter, M6
$45
In Stock
 M-SR-2Z Pedestal Pillar, Magnetic Base, 50.8 mm Height, 38.1 mm Diameter, M6
In Stock
 $45
M-SR-3Z
Pedestal Pillar, Magnetic Base, 76.2 mm Height, 38.1 mm Diameter, M6
$47
In Stock
 M-SR-3Z Pedestal Pillar, Magnetic Base, 76.2 mm Height, 38.1 mm Diameter, M6
In Stock
 $47
M-SR-4Z
Pedestal Pillar, Magnetic Base, 101.6 mm Height, 38.1 mm Diameter, M6
$54
In Stock
 M-SR-4Z Pedestal Pillar, Magnetic Base, 101.6 mm Height, 38.1 mm Diameter, M6
In Stock
 $54
M-SR-6Z
Pedestal Pillar, Magnetic Base, 152.4 mm Height, 38.1 mm Diameter, M6
$86
In Stock
 M-SR-6Z Pedestal Pillar, Magnetic Base, 152.4 mm Height, 38.1 mm Diameter, M6
In Stock
 $86

Specifications

  • Type
    Magnetic Pedestal Pillar
  • Material
    Stainless Steel
  • Diameter
    1.5 inch (38.1 mm)

Features

Designed for Maximum Stability

Constructed from solid stainless steel, the SR Optical Support Rods are designed for maximum stability by integrating multiple features into a single part. Rather than having several separate adaptors, these support rods have a machined-in pedestal base for use with SR-F clamping forks and multiple machined-in mounting holes.

Magnetic, Machined-in Pedestal Base

This unique mounting system provides the most stable and rigid means of mounting components to an optical table. Machined-in pedestals eliminate the need for an extra attachment before mounting to an optical table or breadboard, with clamping forks. Magnets located in the bases of the rods/posts hold them in place temporarily to facilitate ease of mounting and system alignment.

Two Types of Mounting Holes on Top

The rods have a center ¼-20 (M6) threaded mounting hole, as well as two additional 8-32 (M4) mounting holes, which are in line with the center hole, and are offset by ½ in. (12.7 mm). Using these two additional mounting holes, mirror mounts can be directly attached to the rod without the need for a separate adaptor.

Accessories for Customizable Heights and Architectures

A host of accessories for the rods are available, such as SR-E threaded extension posts and SR-S spacers, SR-Q mounting cubes, SR-SC sliding clamps and SR-ADP mounting adaptors, to allow mounting optics at non-standard heights and versatile architectures.
 

Compatible with Aegis Qube™ Beam Routing System

SR series pedestals can be used for the steel Aegis Qube™ Beam Routing System via adapter Q-XE-RA-1, which is made to attach to Q-OC-1 cubic enclosure to provide modular and versatile means for routing, shielding, and enclosing laser or similar light beams above an optical table.

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