VCGT160404-AK Cnc Carbide Inserts For Aluminum and copper processing series
Aluminum and copper processing series
- Processing object: Aluminum, acrylic andnon-ferrous metal semi-finishing and finishing
- Feature: light cutting, strong edge resistance, good wear resistance
- common specification:CCGT/DCGT/TCGT/VCGT
- Common used grade:H10F
Feature Advantage:
High-precision five-axis grinding machine for high indexing accuracy. Large front angle, sharp edge. Special surface polishing technology reduces cutting resistance and eliminates the formation of built-up edge. The flawless cutting edge guarantees the stability of the insert. A harder carbide substrate improves the wear resistance of the insert.
Specifications :
| | continuous processling and irregular processing | lntermittent processing |
| | Linear velocity vc | Feed per tooth f | Linear velocity vc | Feed per tooth f |
| Aluminum alloy | 300-400-500 | 0.03-0.50 | 200-300-350 | 0.30-0.35 |
| Titanium alloy | 60-70-80 | 0.03-0.20 | 50-60-70 | 0.03-0.15 |
| :Ap=0.5-5.0mm Cutting depth |
Technical Information:
- ISO N, including non-ferrous materials and soft metals with a hardness lower than HB130, including high-strength bronze (>HB225).
- Mainly refers to aluminum alloys containing less than 12-13% Si.
- Aluminum cutting performance:
- Long chip material.
- If it is an alloy, the control of the chips is relatively easy.
- Pure aluminum is tacky, requiring sharp cutting edges and high cutting speeds.
- The cutting force is low, so the power required for processing is also low.
- If the Si content of the material is less than 7-8%, it can be processed with fine-grained uncoated carbide inserts.
- If you are processing aluminum with a high Si content, use a PCD tool.
Recommended Cutting Parameters:
The following cutting parameters are the recommended range values:
Specific physical properties of the material being processed. The actual condition of the part blank. Power and rigidity of the machine tool. Clamping rigidity of tools and workpieces. Balance between tool life and machining efficiency
Recommended Cutting Parameters:
- The following cutting parameters are the recommended range values. Appropriate adjustments and selections should be considered after considering the following factors:
- Specific physical properties of the material being processed
- The actual condition of the part blank
- Power and rigidity of the machine tool
- Clamping rigidity of tools and workpieces
- Balance between tool life and machining efficiency
| | | | | MN10 |
| | | | | Feed (mm/rev) |
| | | | | 0.05 - 0.35 |
| ISO | Material | Heat Treatment | Hardness (HB) | Speed (m/min) |
| N | Aluminum Alloy | Un-Heat Treatment | 60 | 1750 - 800 |
| N | Aluminum Alloy | Heat Treatment | 100 | 510 - 250 |
| N | Cast Aluminum Alloy | Un-Heat Treatment | 75 | 460 - 175 |
| N | Cast Aluminum Alloy | Heat Treatment | 90 | 300 - 110 |
| N | Copper Alloy | Lead Alloy | 110 | 610 - 205 |
| N | Copper Alloy | Copper | 90 | 310 -195 |
| N | Copper Alloy | Copper, Lead-free Copper, Electrolytic Copper | 100 | 225 - 115 |
tips:
1.As cutting tools prices often fluctuate, the price on the site is not necessarily the current price. Contact us prior to purchase to confirm exact stock and price
2, due to the wide variety of cutting tools, if you need other models, please contact us.
3.Support multiple payment channels, 30 % advance payment
4. The minimum order quantity is 50 pieces and the package can be customized ( minimum order 500 pieces )
Product Tags:
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VCGT160404-AK H10F Metal Lathe Carbide Inserts For Aluminum No Coating Images
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