SIP 09420 Bandsaw Blade 2560mm (100 3/4") - Various Widths & TPI - Xcalibur Tooling

Getting more versatility from the SIP 09420 starts with fitting a blade suited to the specific type of timber work being carried out. This 2560mm (100 3/4-inch) high-carbon steel blade is available in different widths and tooth pitches, allowing the machine to be configured for anything from controlled curved profiles to long ripping cuts.

The flexible blade construction supports continuous movement around the bandsaw wheels, while UK precision welding creates a consistent continuous loop. By selecting the right combination of blade width and TPI, users can adapt cutting performance to timber thickness, required manoeuvrability, material removal, and finish quality.

Key Features

• 2560mm SIP 09420 Length: The 2560mm blade length provides the machine-specific sizing required for the SIP 09420 before width and tooth pitch are selected.

• High-Carbon Steel Blade: Flexible high-carbon steel provides the cutting characteristics and repeated bending capability needed for regular timber processing.

• Width Options for Different Tasks: Narrow 3–6mm blades suit intricate curves, medium 10–13mm options support general cutting, and wider 19mm-plus blades provide additional stability for ripping and straight work.

• Choice of Tooth Pitches: Lower 4–6 TPI configurations favour faster stock removal, 8–10 TPI suits general woodworking, and 14+ TPI supports finer cutting on thinner timber.

• Suitable for Professional Workshops: For users investing in premium woodworking tools, having different blade widths and TPI configurations available allows the bandsaw to be adapted more closely to each project.

Applications

• Prepare boards and timber components before furniture assembly, joinery, sanding, shaping, or further machining.

• Use narrow blade widths when producing curved furniture parts, templates, patterns, decorative profiles, and other detailed shapes.

• Choose medium-width blades for day-to-day workshop cutting where both moderate curve capability and straight-line control are required.

• Select wider configurations for resawing, ripping boards, and making longer straight cuts where maintaining a stable cutting direction is important.

• Among different woodworking bandsaw blades, selecting the correct width and TPI for the actual job helps achieve better control when moving between thick stock, curved work, and finer timber preparation.

Why Choose Our Bandsaw Blade?

• The machine-specific 2560mm length gives SIP 09420 owners a clear replacement specification before other blade characteristics are considered.

• Multiple width choices allow the machine to be configured for specialised cuts instead of relying on one general-purpose blade for every woodworking task.

• Selectable tooth pitches provide greater control over cutting speed, sawdust clearance, timber thickness, and the quality of the finished edge.

• High-carbon steel offers the flexibility required for continuous bandsaw movement while maintaining an effective cutting edge for hardwood and softwood projects.

• UK precision welding provides consistent blade construction suitable for furniture makers, joiners, hobby woodworkers, and professional workshop environments.

FAQs

1. What blade width should I consider for furniture components?
A medium-width blade works well for many general furniture parts, while narrower blades are more suitable when the design includes tighter curves. Wider blades are preferable where long straight cuts dominate the project.

2. Which setup is useful for ripping thicker boards?
A wider blade provides greater directional stability during long cuts, while a lower tooth count can help clear sawdust from thicker timber. Both width and TPI should be considered together.

3. Can I use the SIP 09420 for detailed pattern cutting?
Yes. Narrow 3–6mm blades are more manoeuvrable and can follow smaller cutting radii. The exact width should be selected according to the complexity of the pattern.

4. How does TPI affect cutting speed?
Lower TPI configurations generally remove material more quickly because they have larger spaces between the teeth. Higher TPI blades cut more finely and are better suited to thinner stock and smoother finishes.

5. Why might a blade struggle to follow the intended cutting line?
Incorrect tension, unsuitable blade width, worn teeth, poor tracking, or excessive feed pressure can affect cutting accuracy. Checking the machine setup and blade condition can help restore more controlled cutting.