@UtechUreview
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#circularsaw #tablesaw #sawblade #diy #dustextractor
0:00 Diagonal Cuts, Saw Blade & Dust Extraction Selection, H&S
0:44 Circular Saw Vs Table Saw Trade offs
1:24 Choosing a Saw Blade
1:38 Guild Power Tool Technical Data Exposition
1:40 Bevel & Cut Cap
2:20 Size, Bore, Kerf/Thickness
3:15 Blade Bolt & Outer Flange
3:50 Tooth Step
3:57 Gullet
4:01 Rip & Cross Cut Saw Blade
4:07 Combo, Composite & Special Cut Blades
4:24 Economy Vs. Quality Saw Blades
4:50 Quality Blades Vs. Laser Cut Plate
5:28 Gullet/Teeth Vs. Rip/Cross Cut
5:56 Nos of Teeth Vs. Quality Cuts
6:12 Grain Vs. Cross & Rip Blades
8:21 Combo & General Purpose Blades
9:09 Purpose & Material Type
9:35 Laser Cut Steel Body & Carbide Teeth
10:06 ATB Vs. Cross Cut Vs. Material Type
10:24 Resin Filled Vibration Dampening Slots
10:40 Grain - Plywood, Chip, MDFB
11:35 Composite & Man Made Boards Blade Selection
11:41 Tooth Config
11:49 Tooth Nos Vs. Cutting Time
12:20 Natural Wood Cutting
12:30 Grain Structure
13:10 Cross Cut Vs. Rip Blade Suitability
13:20 ManMade Boards Vs. Rip Blade Suitability
14:25 Tooth Config - All Blade Types
14:35 Saw Blade Geometry
14:40 Tooth Top, Kerf, Face, Gullet & Bevel
14:52 ATB ,Hi & R-ATB
15:12 ATB - Cutting & Durability
15:28 ATB Vs. Gen P. , Rip & Cross cut
15:51 Quality Cuts Vs. ATB Steep Bevel
16:02 Less Quality Cuts Vs. Mundane ATB
16:08 Hi-ATB Vs. Quality Cuts Vs. Durability
16:18 R-ATB Vs. Rip & Cross cut
16:30 R-ATB Vs FTG Vs. 5 Tooth Clusters
16:39 Combination Blade
16:50 Flat Top Grind - FTG
16:53 Rip Vs. Fast Feed rate
17:08 Along grain
17:12 Triple Chip Grind
18:00 TCG Material Suitability
18:10 Quality cuts Vs. TCG
18:36 TCG Blade exiting Vs. Melamine cutting
19:00 Tooth Bevel FTG, ATB , HI-ATB
19:05 Tooth Hook or Rake Angle
19:00 Hook Angle Vs. Feed Pressure
19:38 Zero & Negative Rake
20:06 Real Time Quality Blade Selection
20:12 Choosing a Saw Blade
20:15 Material, Teeth, Gullet, Config & Angle
20:20 Saw Blade Rim Size Standards
20:33 8 Wickes Economy Blades
20:36 Chip, Composite, Hard & Soft Wood
20:41 Blade 1 - Probable Rip Blade
21:24 Blade 2 - Probable General Purpose Blade
22:00 Blade 3 - Probable Rip Blade
22:33 Blade 4 - Probable Gen. Purpose Blade
23:21 Blade 5 - Probable Rip Blade
23:37 HS- High Speed Steel Vs. HW-Tungsten Carbide
23:50 Longevity & Fast Cutting
23:57 Blade 6 - Probable Gen. Purpose /Combo
24:20 Blade 7 - Probable Gen. Purpose /Combo
24:35 Blade 8 - Probable Gen. Purpose, Combo/Composite
25:18 3 off DeWalt Economy Saw Blades
25:41 Blade 1 (40 T)- Probable Gen. Purpose/Combo
25:57 Blade 2 & 3 - 24 Teeth- Probable Rip
26:43 5 Freud Quality Blades
26:45 Blade 1 (24T) - Probable Rip, Cross/Gen P.
27:08 Hook Angle Vs. Aggressive Feed
27:15 Laser & Resin Expansion Slot
28:29 Teeth Vs. Titanium Carbide Vs. Tungsten
29:00 Perma Shield Benefits
29:20 Blade 2 (48T) - Probable All Purpose; Rip/Cross.
30:40 Tooth Bevel Angles Vs. Material
31:39 Blade 3 (24T) - Probable Medium Rip/Cross cut /Gen. P
33:28 Blade 4 (24T) - Probable Optimum Rip Blade
34:44 Blade 5 (48T) Probable Rip & Cross cut/All Purpose
35:38 Perma Shield & TiCo Carbide Insignia
35:41 Blade Selection
35:48 Material, Gullet, Teeth, Hook, Bevel & Design
36:00 Diamond Blades
36:52 30T Bosch & 24T Dewalt Economy Blade
37:38 24T Guild Economy Blade Selection
38:20 H & S
38:34 Niosh Sound Pressure Level
39:31 Teeth Size Vs. ATB
39:59 Gullet
40:12 Kerf
40:21 Base Plate
40:50 + Rake Angle Vs. Rip Blade
41:00 FTG Vs. ATB Vs. TCG Vs. Rip Blades
41:07 Combo Vs. Composite Blade
41:15 Grain Structure
41:42 Poor Blade Selection Local Effects
42:00 Cutting Steadiness on Line Mark
42:15 Depth of Cut -3mm Add-on
42:25 H & S
42:33 Noise Vs. Open technology
42:40 Quality Cuts Vs. Material
42:50 Blade Selection
43:20 Parallel Guide
43:30 Vacuum Adapter Fixed Guard Assembly
44:00 Clamping
44:43 Wood Dust Vs. Carcinogens
45:00 Universal Coupling Hose Assembly
53:47 Rack Disclaimer
54:00 Circular Saw Alternative & Rip Fence
54:29 Diagonal Cuts -Disclaimer
55:00 Mark up Plywood Board Sheets
55:08 Assemble on to Rack
55:58 Dust Extraction to Hose Coupling Assembly
57:22 Base Plate
57:25 Bevel Capacity
58:57 Depth of Cut
1:00:53 Cutting Capacity
1:02:20 H & S/Risk Assessment
1:03:48 Good side
1:04:07 Cutting in line Mark
1:04:20 Hoover ON & Blade Spinning
1:04:24 Base Plate Flush
1:04:40 Lock Switch Vs. ON & OFF Switch
1:05:16 Cut Steadily
1:05:30 Kick Backs & Sight Window
1:05:35 Probable Root Cause
1:06:02 Repositioning after KickBack
1:07:30 Finish Cut
1:07:50 Notch example
1:07:55 Mitigating Notch
1:08:17 1st Diagonal Cut Complete
1:08:23 Other KickBack Probable Causes
1:08:31 2nd Diagonal Cut
1:08:45 Visually inspect for Quality Cuts
1:08:55 Rough Cuts
1:12:47 Recap H & S
1:13:35 Rework Notch
1:14:20 Correct Blade Selection
1:15:43 Rip fence Parallel Guide
1:22:06 Kick Back Recap
