HW H00XA
Dente piano trapezio
H00XA carbide, Triple chip grind (TCG) tooth geometry.
Professional circular saw bladesFreud
LU3D
Saw blades for laminated panels with a scoring blade
Freud LU3D professional circular saw blade family with 14 verified configurations from 200 to 350 mm.
Ø 200–350 mm
Z 60–108
Bore 30–60 mm
Ref · LU3D
14 codes
- Machines
- Squaring saws
- Materials
- MDF, Chipboard, Laminated MDF, Laminated chipboard
- Applications
- Panel sizing
- Range
- 14 verified codes
Application
When to choose LU3D
The LU3D range includes 14 configurations, with diameters from 200 to 350 mm, bore sizes from 30 to 60 mm and tooth counts from 60 to 108. Use the dimensional selector to identify compatible codes, then compare kerf, plate thickness and pin-hole pattern.
- Application
- Panel sizing
- Material
- MDF
- Material
- Chipboard
- Material
- Laminated MDF
- Material
- Laminated chipboard
Technical note
H00XA carbide, Triple chip grind (TCG) tooth geometry, 5° o 10° secondo il codice hook angle. Check blade diameter, bore, flange or pin-hole pattern and maximum RPM against the machine specifications before fitting.
Compatibility at a glance
Machines and materials
01 Compatible machines
02 Suitable materials
Always check the pin-hole pattern
Technical configuration
Tooth geometry and technologies
Shared family specifications, kept separate from the dimensions of each individual code.
TiCo Carbide
Specially formulated carbide tips for durability and cutting quality.
Silver I.C.E.
Coating designed to reduce friction, heat and material build-up.
Anti-vibration
Technology designed to reduce vibration and noise.
Operating parameters
Diameter and RPM
The chart shows how the recommended speed changes across the LU3D range.
Rotational speed
The recommended RPM range decreases as blade diameter increases.
The actual speed must remain within the limits of both the blade and the machine.
Essential check: before fitting the blade, check its diameter, bore, pin-hole pattern, direction of rotation and the maximum RPM marked on the blade.
Dimensional selector
Find the correct product code
Filter the variants by the two key dimensions, then compare kerf, plate thickness, tooth count and pin-hole patterns.
| Code | Ø mm | Kerf B | Plate b | Bore d | Teeth Z | NL / KN | α | Article no. |
|---|---|---|---|---|---|---|---|---|
| LU3D0100 | 200 | 3.2 | 2.2 | 30 | 64 | 2/7/42 | 5° | F03FS05081 |
| LU3D0200 | 220 | 3.2 | 2.2 | 30 | 64 | — | 5° | F03FS05083 |
| LU3D0400 | 250 | 3.2 | 2.2 | 30 | 80 | FT01 | 5° | F03FS05088 |
| LU3D0455 | 250 | 3.2 | 2.2 | 55 | 80 | — | 5° | F03FS09973 |
| LU3D0600 | 300 | 3.2 | 2.2 | 30 | 96 | FT01 | 5° | F03FS05093 |
| LU3D0700 | 300 | 3.2 | 2.2 | 35 | 96 | — | 5° | F03FS05096 |
| LU3D0900 | 350 | 3.5 | 2.5 | 30 | 108 | FT02 | 5° | F03FS05098 |
| LU3D1100 | 250 | 3.2 | 2.2 | 30 | 60 | FT01 | 10° | F03FS05100 |
| LU3D1160 | 250 | 3.2 | 2.2 | 60 | 60 | 2/11/85 | 10° | F03FS09974 |
| LU3D1300 | 300 | 3.2 | 2.2 | 30 | 84 | FT01 | 10° | F03FS05101 |
| LU3D1500 | 300 | 3.2 | 2.2 | 30 | 96 | FT01 | 10° | F03FS05104 |
| LU3D1700 | 350 | 3.5 | 2.5 | 30 | 108 | FT02 | 10° | F03FS05105 |
| LU3D2000 | 350 | 3.5 | 2.5 | 30 | 72 | FT02 | 10° | F03FS05108 |
| LU3D2100 | 300 | 3.2 | 2.2 | 30 | 72 | FT01 | 10° | F03FS05810 |
FT01 2/7/42 + 2/9/46,4 + 2/10/60
FT02 2/9/46,4 + 2/10/60
Before choosing
The blade family is only the first step
Once LU3D has been identified, the exact product code depends on the machine requirements. The portal keeps these two decisions separate.
-
1
Check the machine
Permitted diameter, bore and pin holes.
-
2
Confirm the application
Panel sizing.
-
3
Choose the variant
Kerf, plate thickness and tooth count.
-
4
Check the operating parameters
Speed and cutting height according to the family charts.
Frequently asked questions
Questions about the LU3D family
Quick answers for checking the application, compatibility and operating parameters before selecting a product code.
01 What is the LU3D family designed for?
LU3D is designed for Panel sizing. Its suitability must be checked against the material, machine and exact variant specifications.
02 Which materials can LU3D cut?
The family is specified for MDF, Chipboard, Laminated MDF, Laminated chipboard. Material density, coating, thickness and condition can affect the resulting edge quality. For LU3D, verify the selected reference within its 200–350 mm diameter and 60–108-tooth range.
03 Which machines can use LU3D blades?
The catalogue specifies Squaring saws. Before fitting, check diameter, bore, flange or pin-hole pattern and the permitted maximum speed. For LU3D, verify the selected reference within its 200–350 mm diameter and 60–108-tooth range.
04 What tooth geometry does LU3D use?
The family uses Dente piano trapezio tooth geometry. Refer to the technical note for the carbide grade and hook angle. For LU3D, verify the selected reference within its 200–350 mm diameter and 60–108-tooth range.
05 How many LU3D variants are available?
There are 14 variants, with diameters from 200 to 350 mm, bores from 30 to 60 mm and tooth counts from 60 to 108. For LU3D, verify the selected reference within its 200–350 mm diameter and 60–108-tooth range.
06 How do I select the correct LU3D code?
For LU3D, start with the machine bore (30–60 mm) and the required diameter (200–350 mm). Then select within the available 60–108-tooth range by comparing kerf, plate thickness and any pin holes or keyways.
07 At what speed should a LU3D blade run?
The correct speed for an LU3D blade depends on the selected diameter, which ranges from 200 to 350 mm, and on the machine. Never exceed the lower of the maximum RPM marked on that blade and the machine manufacturer’s limit.
08 Can LU3D blades be resharpened?
A specialist can assess and resharpen the Dente piano trapezio carbide teeth used by LU3D, provided the blade body is undamaged. The original geometry, angles and balance must be preserved; the number of possible services depends on the condition of the selected reference.
Guides
Guides related to this blade family
The catalogue starts with the tool; the guides start with the cutting problem. If you are still choosing, read these first.
5 min read
Chipboard: structure, cutting behaviour and blade selection
The most widespread and underestimated panel. Beneath the tooth it is heterogeneous and must be treated accordingly.
Open guide 4 min readHow to choose a blade for a sliding table saw
Eight machine checks to make before ordering, plus the question that changes the choice: is there a scoring blade?
Open guide 6 min readMDF: structure, cutting behaviour and blade selection
One of the most predictable panels in the cut and one of the most demanding on the cutting edge. Its manufacture explains why.
Open guide 6 min readMelamine-faced and two-sided laminated panels: blade selection
The substrate is rarely the main issue. A surface only fractions of a millimetre thick determines whether the finished component is acceptable.
Open guide 5 min readSaw blade tooth geometries: ATB, TCG, DTCG and flat top
Four profiles and four different ways of entering the material: how to recognise them and when each becomes the necessary choice.
Open guide 5 min readWhich blade for MDF, plywood and chipboard?
Three panels that appear to need the same blade but stress the cutting edge in three different ways.
Open guide