How hard is the cutting material?

The carbide grade used in this pcd grooving saw blade for edge banders delivers 1,500–2,000 HV / 7,000–9,000 HV hardness, which keeps the cutting edge sharp under continuous load.

Can you supply OEM or ODM parts, and how fast?

Yes. VPOINT TOOLS runs two factories in China (Chengdu and Dongguan) and accepts OEM and ODM orders. Standard samples and in-stock items ship within 24-48 hours; custom tooling is quoted per specification.

Which machines and materials is this pcd grooving saw blade for edge banders used for?

It is used on CNC routers, table saws and spindle moulders for cutting particle board, MDF, plywood, solid wood and aluminium composite panels. Chipbreaker or replaceable-insert models are available for high-volume production runs.

Do you ship worldwide?

Yes. VPOINT TOOLS ships carbide and PCD woodworking tooling to more than 100 countries. Tell us the destination and application and we will confirm freight cost and lead time.

PCD Grooving Saw Blade for Edge Banders

This PCD saw blade is supplied for grooving operations on edge-banding equipment, cutting the rear groove for the hidden fastener system in cabinet production. The material list includes MDF, particleboard, composite panels, solid wood and hardwood.

Product Description

PCD Grooving Saw Blade for Edge Banders for Panel and Wood Processing

Design and Construction

＋Polycrystalline diamond (PCD) teeth are brazed into a thin steel plate sized for the edge bander grooving unit. The chart lists diameters from 80 to 160 mm, cutting widths from 1.5 to 6.0 mm, bores of 25.4/30/35 mm and tooth counts from 12 to 24. The series is produced in the Sichuan and Dongguan, China manufacturing bases.

How It Works

＋Mounted in the edge bander grooving unit, the blade cuts a precise rear groove that receives the cabinet hanging rail. The PCD edge keeps the groove width stable over long runs on abrasive boards, so rails fit without rework.

Applications

Grooving operations on edge-banding equipment (rear groove for hanging rails)
Grooving MDF, particleboard, composite panels, solid wood and hardwood cabinet panels

Suitable Materials

MDF, particleboard, composite panels, solid wood and hardwood, subject to grade and application review
Suitability depends on the specific material grade, groove requirement and machining parameters; confirm the application before ordering

Material Comparison: Traditional Carbide-Tipped Saw Blade vs. Diamond (PCD) Saw Blade

＋Typical industry data for reference. Actual results depend on the workpiece grade, machine condition and feed rate.

Property	Traditional Carbide-Tipped Saw Blade	Diamond (PCD) Saw Blade
Cutting material hardness	1,500–2,000 HV	7,000–9,000 HV
Edge life on MDF / particleboard	Baseline (1×)	15–20× longer edge life
Edge life on solid wood	Baseline (1×)	10–13× longer edge life
Edge life on laminate / compact board	Baseline (1×)	10–15× longer edge life
Sharpening cycles	2–4 times	5–8 times
Cut edge quality	Ra 0.4–0.8 µm, more fuzzing	Ra 0.2–0.4 µm, cleaner edge
Thermal conductivity	≈ 100 W/m·K	≈ 500 W/m·K, heat cleared faster
Friction coefficient	≈ 0.3	≈ 0.05–0.1, lower cutting force
Chipping risk on brittle boards	Higher at high feed	Lower, stable edge at high feed
Cost per metre of cutting	Higher over long runs	Lower over long runs

Delivery Scope

Blades are produced against the groove requirement specified for the machine; confirm the complete configuration before ordering.

＋Each order also includes an inspection record. Send the edge bander make and model, groove position and width, workpiece material, blade diameter, bore and current blade reference so the configuration is confirmed before production.

Why Choose VPOINT

＋VPOINT supports this saw blade series with:

One-year warranty on every saw blade
Custom diameters, kerfs, bores and tooth counts produced to order
Regrinding service to extend blade life
Factory direct since 2008, ISO 9001 certified
Dual manufacturing bases in Sichuan and Dongguan, China

Precision & Quality Control

＋Every grooving saw blade is inspected before shipment: diameter, bore, kerf, plate flatness and tooth geometry are checked against the specification table at micron level. Production follows an ISO 9001 process with batch traceability, so reorders match the original configuration.

Specifications

The table below reproduces the original specification chart. Dimensions are in millimetres; slash-separated values are listed options and do not confirm every possible combination. D is diameter, B cutting width, d bore and Z tooth count.

Diameter D (mm)	Cutting width B (mm)	Bore d (mm)	Teeth Z
80	1.5 / 1.8	25.4 / 30 / 35	12
80	2.0 / 2.4	25.4 / 30 / 35	12
100	1.6 / 1.8	25.4 / 30 / 35	12
100	2.0 / 2.5	25.4 / 30 / 35	12
125	1.6 / 1.8	25.4 / 30 / 35	18
125	2.0 / 2.6	25.4 / 30 / 35	18
125	3.0 / 3.2	25.4 / 30 / 35	18
125	3.5	25.4 / 30 / 35	18
125 / 135	4.0	25.4 / 30 / 35	18 / 24
125 / 140	4.5	25.4 / 30 / 35	18 / 24
125 / 150	5.0	25.4 / 30 / 35	18 / 24
125 / 160	5.5	25.4 / 30 / 35	18 / 24
125 / 160	6.0	25.4 / 30 / 35	18 / 24

Frequently Asked Questions

Which widths and diameters are available?

＋The chart lists diameters from 80 to 160 mm, cutting widths from 1.5 to 6.0 mm, bores of 25.4/30/35 mm and tooth counts from 12 to 24, with slash-separated options.

How is the groove width set?

＋The cutting width B must match the rail system. Send the groove position and width and the edge bander model; slash-separated values are options and the complete combination is confirmed before ordering.