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Customized solutions for cutting and slotting blades
Customized solutions for cut-off and grooving blades
Why choose us for Cut-off and grooving blades Wholesale customization of products?
When faced with stainless steel sticking, cast iron chipping, or deep groove vibration, ordinary blades are often powerless. We focus on the field of cut-off and grooving 12 years, customizing truly for you through three major advantages " Blades that understand working conditions ” ":
Technical confidence from head-on collision:
Using ultra-fine grain cemented carbide matrix + Nano aluminum oxide coating (the anti-chipping strength is improved compared to ordinary blades 50% ), specializing in high-hardness material grooving chipping!
Flexible customization by professionals:
From the tip radius, chip breaker type to coating formula, support 24 hours of rapid response to modification —— For example, for the problem of stainless steel sticking, the front angle design can be optimized and the chip removal space can be increased.
Easy-to-calculate cost-saving ledger:
Single cutting edge life extended 30% , coupled with the service of providing process solutions with blades (with cutting parameter table), helping you save 60% Trial blade cost!

What are the application scenarios of cut-off and grooving blade products?
- Automotive manufacturing
What to cut: Gear shaft retaining ring grooves, piston oil ring grooves, steering knuckle sealing grooves
2、Hydraulic energy
What to cut: Valve block deep oil grooves ( 30mm ), pump body sealing grooves
3、Aerospace
What to cut: Titanium alloy mortise grooves, high-temperature alloy sealing grooves
What are the specific characteristics of cut-off and grooving blade products?
Deep groove cutting king ——TD3
Features: Blade length 20-30mm Back triangle keel rib bending strength +50%
Scenario:
Hydraulic valve block deep oil groove ( 30mm deep)
Bearing edge groove
Gear shaft retracting groove

Wide groove efficiency king ——MGMN Series
Features: Blade width 15-25mm , trumpet chip breaker, automatic chip breaking
Scenario: Flange sealing wide groove ( 20mm+ )
Wind power bearing split groove
Engineering machinery keyway
Common problems in the use of cut-off and grooving blades
High-frequency problem rapid solution
Q1 Cutting stainless steel groove wall is rough and sticky?
Coating: Plated 2μm Diamond coating (non-stick iron chips)
Blade edge: Mirror polishing +15° Front angle (light and fast cutting)
Parameters: Feed rate 0.08mm/r + High-pressure emulsified liquid flushing
Q2 When cutting deep grooves, the blade is inclined at the bottom of the groove?
Change TD3 Enhanced version (blade length: groove depth ≤4 times)
Cutting parameters ↓20% (Cutting depth ap points 2 knife)
Q3 Blade chipping is fast, especially when cutting castings?
Matrix: Ultra-fine grain alloy (toughness ↑35% )
Blade edge: 25°×0.1mm Double blunting
Chip breaking: Convex platform chip pressing type groove (chips do not squeeze the blade edge)
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