Licensed TenonCam Bit Manufacturer • R & B Tool Supply • Keith Beezley
13535 Pawnee Road • Apple Valley, CA 92308 • Ph: (760) 247-7323 • Fx: (760) 247-7357
625-240T - 5/8 Compression, Two Flute, 1/4 TenonCam Bit for 3/4 material
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| Feed Rate: |
840 ipm |
14 ips |
21 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
16,800 rpm |
16,800 rpm |
16,535 rpm |
| Chip Load: |
0.025 |
0.025 |
0.025 |
| 625-181T - 5/8 Compression, Two Flute, 3/16 TenonCam Bit for 5/8 material |
| Feed Rate: |
840 ipm |
14 ips |
21 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
16,800 rpm |
16,800 rpm |
16,535 rpm |
| Chip Load: |
0.025 |
0.025 |
0.025 |
| 500-120T - 1/2 Compression, Two Flute, 1/8 TenonCam Bit for 1/2 material |
| Feed Rate: |
840 ipm |
14 ips |
21 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
16,800 rpm |
16,800 rpm |
16,535 rpm |
| Chip Load: |
0.025 |
0.025 |
0.025 |
Patented TenonCam router bits are only available under License from R & B Tool Supply. The TenonCam router bits are throw away, as sharpening will change the geometry of the bits and render them useless. TenonCam bit life can be anywhere from one to three hundred sheets of material, depending upon the type and quality of the materials being cut.
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Recommended Standard Bit Manufacturer • Vortex Tool Company • Lynn Wilkowski
5605 Jelinek Avenue • Schofield, WI 54476 • Ph: (800) 355-7708 • Fx: (715) 355-7353
| 3189 - 1/2 Compression, Two Flute, with 1/4 Upcut |
| Feed Rate: |
960 ipm |
16 ips |
25 mpm |
| Decent Rate: |
300 ipm |
5 ips |
8 mpm |
| Spindle Speed: |
19,200 rpm |
19,200 rpm |
19,685 rpm |
| Chip Load: |
0.025 |
0.025 |
0.025 |
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| Feed Rate: |
900 ipm |
15 ips |
23 mpm |
| Decent Rate: |
300 ipm |
5 ips |
8 mpm |
| Spindle Speed: |
18,000 rpm |
18,000 rpm |
18,000 rpm |
| Chip Load: |
0.025 |
0.025 |
0.025 |
| 3289m - 1/2 Compression, Three Flute, with 1/4 Upcut |
| Feed Rate: |
1,200 ipm |
20 ips |
31 mpm |
| Decent Rate: |
300 ipm |
5 ips |
8 mpm |
| Spindle Speed: |
16,000 rpm |
16,000 rpm |
16,000 rpm |
| Chip Load: |
0.025 |
0.025 |
0.025 |
| 1338 - 3/8 Downcut, Two Flute |
| Feed Rate: |
720 ipm |
12 ips |
18 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
18,000 rpm |
18,000 rpm |
18,000 rpm |
| Chip Load: |
0.020 |
0.020 |
0.020 |
| 1330 - 1/4 Downcut, Two Flute |
| Feed Rate: |
480 ipm |
8 ips |
12 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
18,000 rpm |
18,000 rpm |
18,000 rpm |
| Chip Load: |
0.013 |
0.013 |
0.013 |
| 1320 - 3/16 Downcut, Two Flute, 1/4 Shank |
| Feed Rate: |
360 ipm |
6 ips |
9 mpm |
| Decent Rate: |
180 ipm |
3 ips |
5 mpm |
| Spindle Speed: |
18,000 rpm |
18,000 rpm |
18,000 rpm |
| Chip Load: |
0.010 |
0.010 |
0.010 |
| 1310 - 1/8 Downcut, Two Flute, 1/4 Shank |
| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Decent Rate: |
180 ipm |
3 ips |
5 mpm |
| Spindle Speed: |
20,000 rpm |
20,000 rpm |
19,685 rpm |
| Chip Load: |
0.006 |
0.006 |
0.006 |
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| Feed Rate: |
180 ipm |
3 ips |
5 mpm |
| Decent Rate: |
180 ipm |
3 ips |
5 mpm |
| Spindle Speed: |
15,000 rpm |
15,000 rpm |
16,400 rpm |
| Chip Load: |
0.006 |
0.006 |
0.006 |
| 7060 - 45º Insert V-Groove Cutter, 3/4 Shank (Insert Number: IVB-40) |
| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
15,000 rpm |
15,000 rpm |
15,000 rpm |
| 7080 - 22 1/2º Insert V-Groove Cutter, 1/2 Shank (Insert Number: IVB-20) |
| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Decent Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
15,000 rpm |
15,000 rpm |
15,000 rpm |
| 7030 - 3” Insert Spoilboard Cutter, 3/4 Shank (Insert Number: 13273) |
| Feed Rate: |
600 ipm |
10 ips |
15 mpm |
| Decent Rate: |
120 ipm |
2 ips |
3 mpm |
| Spindle Speed: |
15,000 rpm |
15,000 rpm |
15,000 rpm |
The Vortex router bits listed above are generic and can be supplied by
the tooling manufacturer of your choice.
Carbide Tipped Drill Bits
| 5mm x 57mm Brad Point Drills - Per Quantity of Drill Positions in the Rip Axes |
| Left Hand: |
DDB05057LO |
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| Right Hand: |
DDB05057RB |
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| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
4,000 rpm |
4,000 rpm |
4,000 rpm |
| 5mm x 70mm Thru-Hole Drills - One Required in the Cross Cut Axes |
| Left Hand: |
DTH05070LO |
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| Right Hand: |
DTH05070RB |
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| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
4,000 rpm |
4,000 rpm |
4,000 rpm |
| 4mm x 70mm Thru-Hole Drills - One Required in the Cross Cut Axes |
| Left Hand: |
DTH04070LO |
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| Right Hand: |
DTH04070RB |
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| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
4,000 rpm |
4,000 rpm |
4,000 rpm |
| 8mm x 57mm Brad Point Drills - One Required in the Cross Cut Axes |
| Left Hand: |
DDB08057LO |
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| Right Hand: |
DDB08057RB |
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|
| Feed Rate: |
240 ipm |
4 ips |
6 mpm |
| Spindle Speed: |
4,000 rpm |
4,000 rpm |
4,000 rpm |
| 35mm x 57mm Brad Point Drills - One Required in the Cross Cut Axes |
| Left Hand: |
DHB35057LO |
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| Right Hand: |
DHB35057RB |
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| Feed Rate: |
60 ipm |
1 ips |
2 mpm |
| Spindle Speed: |
3,000 rpm |
3,000 rpm |
3,000 rpm |
The Vortex drill bits listed above are generic and can be supplied by
the tooling manufacturer of your choice.
The following information should be used as a guideline or starting point. Actual Feed Rates (ipm) and Spindle Speeds (rpm) will vary as a result of “contributing factors” such as machine rigidity, horsepower, spindle integrity, vacuum holding power and the quality of the material being cut. In general, solid carbide spiral tooling will perform better at faster Feed Rates.
Feed Rates are measured in Inches Per Minute = ipm
Spindle Speeds are measured in Revolutions Per Minute = rpm
Chip Load is a measurement of the chip size of the material being removed by each flute during a cut.
In general, normal operating spindle speeds are between 10,000 and 20,000 rpm. Usually, the higher the rpm, the cleaner the cut. However, the higher the rpm, the greater the friction generated between the tool and the material. Friction is what causes a cutting edge to become dull. The objective is the correct balance of the fastest Feed Rate at the slowest Spindle Speed within the Chip Load range of the type of material to be milled, that will yield a clean cut, without breaking or prematurely dulling the bit.
| 1/8” Tool Diameter for Plywood Core |
Chip Load = .004” to .007” |
| 1/8” Tool Diameter for Particle Board |
Chip Load = .004” to .007” |
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| 1/4” Tool Diameter for Plywood Core |
Chip Load = .011” to .013” |
| 1/4” Tool Diameter for Particle Board |
Chip Load = .013” to .016” |
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| 3/8” Tool Diameter for Plywood Core |
Chip Load = .017” to .020” |
| 3/8” Tool Diameter for Particle Board |
Chip Load = .020” to .023” |
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| 1/2” (and larger) Tool Diameter for Plywood Core |
Chip Load = .021” to .025” |
| 1/2” (and larger) Tool Diameter for Particle Board |
Chip Load = .025” to .027” |
Formulas:
Chip Load = ipm / (rpm x number of flutes)
Feed Rate (ipm) = rpm x number of flutes x chip load
Spindle Speed (rpm) = ipm / (number of flutes x chip load)
Inches Per Second (ips) = Inches Per Minute (ipm) / 60
Meters Per Minute (mpm) = Inched Per Minute (ipm) / 39.374
Click Here To Print The TenonCam Tooling Specifications
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