Compare Model Drawings, CAD & Specs Mounting Holes Height Availability Price
Support Rod, Microlock Breadboard, 5 in. Height, 1.56 in. Diameter, 1/4-20
$115
In Stock
1/4-20 5 in.
In Stock
Support Rod, Microlock Breadboard, 10 in. Height, 1.56 in. Diameter, 1/4-20
$120
In Stock
1/4-20 10 in.
In Stock
Support Rod, Microlock Breadboard, 15 in. Height, 1.56 in. Diameter, 1/4-20
$131
In Stock
1/4-20 15 in.
In Stock
Support Rod, Microlock Breadboard, 20 in. Height, 1.56 in. Diameter, 1/4-20
$143
In Stock
1/4-20 20 in.
In Stock
Support Rod, Microlock Breadboard, 127 mm Height, 39.7 mm Diameter, M6
$111
In Stock
M6 127 mm
In Stock
Support Rod, Microlock Breadboard, 254 mm Height, 39.7 mm Diameter, M6
$117
In Stock
M6 254 mm
In Stock
Support Rod, Microlock Breadboard, 381 mm Height, 39.7 mm Diameter, M6
$127
In Stock
M6 381 mm
In Stock
Support Rod, Microlock Breadboard, 508 mm Height, 39.7 mm Diameter, M6
$138
In Stock
M6 508 mm
In Stock

Specifications

  • Type
    Optical Breadboard Support Post
  • Diameter
    1.56 in. (39.7 mm)

Features

Support Heavy Optical Breadboard Assemblies

Breadboard support posts allow heavy optical breadboard systems to be safely supported above a flat surface or optical table. The robust stainless steel supports are specifically designed to support heavy breadboard assemblies. Optical breadboards provide a portable platform with a mounting hole grid for building stand-alone optical assemblies or for extending the mounting area available on an optical table.  Newport optical breadboards range from economic Solid Aluminum Breadboard Plates all the way to the top-of-the-line Precision Grade Optical Breadboards. 

Compatible with Microlock Tiedowns

Microlock Tiedowns, optional on breadboards, are a unique Newport innovation that provide versatile and positive attachment of the breadboard directly to a table, XP Series Support Posts, or any other object with 1/4 -20 (M6) threaded holes. The Microlocks provide a vertical adjustment range of at least 1 in. (25 mm), positive locking of the height, and solid attachment to the primary structure of the board for optimum stability. Repositioning the Microlocks and/or adding more to a breadboard can be handled at the time of the breadboard order.