Views: 1000 Author: Superstar Publish Time: 2025-04-04 Origin: Site
The maximum thickness a wood panel saw can cut depends primarily on blade diameter and machine design. Below is a detailed analysis:
Theoretical Maximum Cutting Thickness≈Blade radius (diameter/ 2).
Example: A blade with a 250mm diameter → Max cutting thickness≈125mm (12.5cm).
Actual Cutting Thickness is slightly less than the theoretical value (limited by blade guards, baseplate thickness, and height adjustment range).
Handheld Circular Saw: Common blade diameters: 165–235mm, cutting thickness: 50–120mm.
Table Saw/Stationary Panel Saw: Blade diameters: 250–350mm, cutting thickness: 100–180mm.
Sliding Panel Saw: Extends cutting width via rails, but thickness capacity still depends on blade diameter.
Blade Diameter | Theoretical Cutting Thickness | Suitable Materials |
165mm | ≈82mm | Thin plywood, MDF, particleboard (≤8cm) |
210mm | ≈105mm | Standard lumber, thick laminate (≤10cm) |
305mm | ≈152mm | Heavy beams, solid wood door cores (≤15cm) |
Cutting thickness should not exceed 1/3–1/2 of the exposed blade portion to avoid kickback or blade binding.
For thick materials, make multiple passes (e.g., cut 2/3 depth first, flip the board, then complete the cut).
Check the "Max Cutting Depth" labeled on the machine or in the user manual.
If unclear, consult the manufacturer or measure the exposed blade height.
Thin Materials (≤5cm): Use fine-tooth blades (40–60 teeth) to reduce splintering.
Thick Materials (>10cm): Opt for coarse-tooth blades (24–30 teeth) for better chip removal.
Handheld circular saws: 50–120mm (common for DIY/home use).
Table/sliding panel saws: 80–180mm (professional woodworking).
Match blade diameter to material thickness.
For ultra-thick materials, cut in stages and allow the blade to cool.
Always follow manufacturer specifications to avoid overloading the tool.
Let me know if you need further adjustments!