Designed for Atlas V-18 Compatibility
Specified for the Atlas V-18 bandsaw configuration, this replacement blade features a 136-inch blade length and supports widths from 5/8 inch to 3/4 inch.
136-Inch Blade Length
The 136-inch blade length provides the specified loop size for compatible machine configurations. Correct blade length is essential for proper installation, tensioning, and reliable tracking.
Flexible Blade Width Selection
Supports blade widths from 0.625 inch to 0.75 inch, providing flexibility for different cutting requirements. Select the appropriate width according to the machine's blade guide capacity and intended application.
Designed for Metal Cutting
Intended for compatible metal-cutting applications, this blade can be selected with the appropriate tooth geometry and material for different metal types and workpiece thicknesses.
Bi-Metal Blade Construction Options
Bi-metal blades combine a flexible backing with wear-resistant cutting teeth. They are commonly selected for demanding metal-cutting applications that require durability and consistent performance.
Carbon Steel Blade Options
Carbon steel blades are another option for suitable cutting applications. The appropriate construction should be selected according to the material being cut and the machine's operating requirements.
Precision-Welded Blade Loop
A properly manufactured welded loop helps maintain consistent blade movement around the machine wheels. Accurate welding also supports smooth operation and dependable tracking.
Variable Tooth Pitch Selection
Different tooth pitches are available for different material thicknesses. Coarser pitches generally suit thicker metal stock, while finer or variable pitches can be suitable for thinner materials and structural profiles.
Stable Blade Tracking
Correct blade dimensions, suitable tension, and properly adjusted guides help maintain stable tracking and reduce unwanted blade movement during operation.
Suitable for Structural Metal Cutting
With the appropriate tooth configuration, the blade can be selected for compatible applications involving structural steel, pipes, tubing, and solid metal stock.
Efficient Chip Removal
Appropriate tooth geometry and pitch help remove chips from the cutting area, reducing the risk of tooth loading and supporting smoother cutting performance.
Reduced Cutting Vibration
Correct blade tension, guide positioning, and suitable tooth selection help minimize vibration and improve cutting consistency.
Improved Heat Management
Selecting the correct blade speed, feed pressure, and tooth configuration helps manage heat generation during metal-cutting operations.
Extended Blade Service Life
Using the correct blade material, tooth pitch, cutting speed, and tension can help reduce premature tooth wear and extend blade life.
Professional Workshop Performance
Designed for compatible metal-cutting applications in fabrication shops, engineering workshops, machine shops, manufacturing facilities, and industrial maintenance environments.
