Precision Fit for Atlas VT 20
Designed for the Atlas VT 20 vertical bandsaw, this replacement blade features the specified 151-inch blade length and 5/8-inch width for compatible machine installation.
151-Inch Blade Length
The 151-inch blade length provides the required continuous loop size for the Atlas VT 20 configuration. Correct blade length is essential for proper installation, tensioning, and tracking.
5/8-Inch Blade Width
The 5/8-inch blade width provides a stable cutting profile for compatible vertical bandsaw applications, supporting controlled blade movement and consistent cutting performance.
Vertical Bandsaw Compatibility
Specifically specified for a vertical bandsaw configuration, this blade supports applications requiring controlled workpiece positioning and accurate cutting.
Bi-Metal M42 Blade Option
M42 bi-metal construction combines a flexible alloy steel backing with high-speed steel cutting teeth. It is a suitable option for demanding metal-cutting applications involving harder materials and production workloads.
Flexback Carbon Steel Option
Flexback carbon steel blades offer flexibility for general-purpose cutting and contour work. They are commonly selected for woodworking and suitable light-duty applications.
Hard Back Carbon Steel Option
Hard back carbon steel blades provide additional blade stiffness and are suitable for straight cutting applications on compatible vertical bandsaws.
Suitable for Metal Cutting
When supplied in an appropriate bi-metal or other metal-cutting configuration, the blade can be selected for compatible ferrous and non-ferrous metal applications.
Contour Cutting Capability
The vertical bandsaw design supports contour and profile cutting. Correct blade selection helps achieve the required cutting radius and accuracy.
Precision-Welded Endless Loop
A properly manufactured welded loop supports consistent blade movement around the machine wheels and helps maintain reliable tracking.
Flexible Tooth Pitch Selection
Different tooth pitches are available for different material thicknesses. Coarser pitches generally suit thicker stock, while finer pitches are more appropriate for thinner materials.
Efficient Chip Removal
Appropriate tooth geometry and pitch help remove chips from the cutting area, reducing tooth loading and supporting smoother cutting performance.
Stable Blade Tracking
Correct blade dimensions, proper tension, and adjusted guides help maintain stable tracking and reduce unwanted blade movement.
Extended Blade Service Life
Selecting the correct blade material, tooth pitch, cutting speed, and feed pressure can help reduce premature wear and extend blade life.
Professional Workshop Performance
Suitable blade configurations support compatible cutting operations in fabrication shops, machine shops, engineering workshops, and professional maintenance facilities.
