Starrett Steel Straight Edge with Bevel Edge, Not Graduated - 18" (450mm) Length, 11/64" (4.4mm) Thickness, 1-13/32" (36mm) Width, ± .0002” per Foot Accuracy - 385-18
R 5,368
or 4 x payments of R1,342.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
Starrett Steel Straight Edge with Bevel Edge, Not Graduated - 18" (450mm) Length, 11/64" (4.4mm) Thickness, 1-13/32" (36mm) Width, ± .0002” per Foot Accuracy - 385-18
Designed for Precision - The Starrett 385 Series Steel Straight Edit with Bevel Edge is precision ground and nicely finished to rigid Starrett standards. It provides users with accurate and consistent results.
Beveled One Edge - This tool is beveled on one edge but not graduated or has any mark of units for measurement. It is unexcelled for drawing or scribing straight lines and checking surfaces for straightness.
Easy to Use - The Starrett Steel Straight Edge thickness and design permit shape retention and accuracy. This tool is portable, easy to use and easy to handle.
Best Performance - The 380 and 385 Series in sizes 36" and longer are marked with arrows at two suspension points. If the straight edges are brought to the work and used on edge, they should be suspended at these two points to minimize deflection.
The Standard for Excellence - Manufacturing quality tools that provide consistent and reliable performance since 1880, Starrett's commitment has earned them a reputation as one of the most trusted names in the industry.
These straight edges are precision ground and nicely finished to rigid Starrett standards. They are unexcelled for drawing or scribing straight lines and checking surfaces for straightness. Their thickness and design permit them to retain shape and accuracy, but still be portable and easy to handle. The No. 385 Series are beveled one edge, but not graduated. The No. 385 Series in sizes 36" and longer are marked with arrows at two suspension points. If the straight edges are brought to the work and used on edge, they should be suspended at these two points to minimize deflection. Most jobs involve the use of straight edges in the flat position - and it is in this position that we check most stringently.