SIP 01593 Bandsaw Blade 13mm (1/2") M42 Bi-Metal Blades for Metal Cutting – Choose TPI Xcalibur Tooling

For metalworking environments where different stock profiles need to be cut accurately, blade construction and tooth selection play an important role. The SIP 01593 uses a 2360mm x 13mm x 0.65mm M42 bi-metal blade designed to combine a durable cutting edge with the flexibility required for continuous bandsaw operation.

Its M42 high-speed steel teeth are supported by a flexible alloy-steel backing, providing a practical setup for mild steel, stainless steel, aluminium, copper, brass, and other non-ferrous metals. Multiple fixed and variable TPI choices allow users to match the blade more closely to solid material, tubing, and different section thicknesses.

Key Features

• 2360mm Blade Specification: The 2360mm length, 13mm width, and 0.65mm thickness provide the dimensions specified for the SIP 01593.

• M42 High-Speed Steel Teeth: Hardened M42 teeth provide the wear and heat resistance required when repeatedly cutting metal stock.

• Flexible Alloy-Steel Backing: The blade body accommodates repeated bending around the machine wheels while supporting the harder HSS tooth edge.

• Six TPI Configurations: Available choices include 6, 10, 14, 6/10, 8/12, and 10/14 TPI for different material profiles and cutting requirements.

• UK Precision Welding: For workshops comparing professional bandsaw blades in the UK, each Xcalibur Tooling blade is precision-welded in the UK to create a consistent continuous loop.

Applications

• Prepare mild-steel bar, sections, and fabrication stock before welding, drilling, machining, or assembly.

• Cut stainless-steel components using a suitable tooth pitch, controlled feed pressure, and machine settings appropriate for the section being processed.

• Use the blade for aluminium, copper, brass, and other non-ferrous materials commonly found in engineering, fabrication, repair, and maintenance work.

• Choose variable-pitch configurations for tubing and structural profiles where tooth engagement changes as the blade passes through different parts of the workpiece.

• Use suitable configurations for both straight cutting and appropriate contour work when preparing metal components for further workshop operations.

Why Choose Our Bandsaw Blade?

• M42 bi-metal construction combines a hard cutting edge with a flexible supporting body, allowing each part of the blade to perform a specific function during metal cutting.

• Fixed and variable TPI options provide greater flexibility when moving between solid stock, thin-wall tubing, flat bar, and heavier material sections.

• The 13mm width offers a practical balance between controlled straight cutting and suitable manoeuvrability for compatible contour applications.

• UK precision welding and multiple tooth-pitch choices make the blade suitable for fabrication shops, engineering environments, maintenance teams, and regular professional use.

• Workshops that also maintain the best woodturning tools should keep their woodworking and metalworking blades clearly separated so each material is cut with the correct blade construction.

FAQs

1. Which TPI is useful when cutting thin-walled tubing?
Finer or variable-pitch options are generally better suited to thin-wall sections because they help maintain several teeth in contact with the material. The exact choice should reflect wall thickness and tube size.

2. Can the SIP 01593 blade handle heavy steel sections?
Yes, provided the correct tooth pitch and machine settings are used. Coarser pitches can offer better chip clearance when cutting thicker or heavier sections.

3. Why does this blade use M42 teeth?
M42 high-speed steel provides strong hardness, heat resistance, and wear resistance at the cutting edge. These characteristics make it suitable for repeated metal-cutting operations.

4. What is the advantage of a variable tooth pitch?
Variable-pitch blades alternate tooth spacing rather than maintaining a single constant pitch. This can support smoother cutting when working with tubing or profiles where blade engagement changes.

5. What should I check before starting a new cut?
Confirm blade tension, guide position, tooth condition, and the selected TPI before cutting. The workpiece should also be securely supported and the machine settings matched to the material.