A lowered modular top designed to position your mitre saw bed perfectly level with the rest of your Bespokit workbench system. Compatible with a wide range of mitre saws using adjustable shims.

The Mitre Saw Top Module allows you to integrate your mitre saw seamlessly into the Bespokit modular workbench system. Designed to sit on the Wide Base Module, its lowered platform ensures that the saw bed aligns perfectly with adjacent surfaces for uninterrupted material support across your entire setup.

Each top is CNC-cut from Moisture Resistant MDF and machined to a precise offset depth. Adjustable 3D-printed shims or simple mechanical packers can be used to fine-tune the saw height, ensuring a perfectly level transition regardless of brand or model.

Whether you’re crosscutting, trimming, or mitring, this module keeps your saw stable, your stock supported, and your workspace organised — the ultimate integrated station for repeatable, accurate cutting.

Key Features:

• Compatible with the Bespokit Wide Base Module (Router/Mitre Size)

• Lowered central platform aligns mitre saw bed with adjoining surfaces

• Adjustable using shims or spacers for perfect levelling across saw types

• CNC-machined from Moisture Resistant MDF for precision and durability

• Integrates seamlessly with other Bespokit modules for consistent height and layout

• Supplied flat-packed with all fixings and clear assembly instructions

Specifications:

• Material: Moisture Resistant MDF (Valchromat upgrade coming soon)

• Height: Lowered to match mitre saw bed to system surface height

• Dimensions: Matched to Wide Base footprint

• Finish: Unpainted MDF (ready for sealing, painting, or finishing)

All Bespokit modules are CNC-cut to order through our network of trusted manufacturing partners.
This approach reduces waste, supports local production, and allows every component to be machined with precision for your specific order.

Typical lead time: 2–3 weeks from order to dispatch
(lead times may vary depending on material choice and current production schedules).