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Aluminum Carbide Twist drill HRC55

Twist drill

The Twist drill is a high-performance cutting tool primarily used for machining complex structures such as aerospace components and automotive engine parts. Its unique design allows it to perform exceptionally well in high-temperature, high-speed, and high-precision cutting environments. Compared to traditional cooling methods, internal coolant technology effectively improves cutting efficiency, extends tool life, and reduces thermal deformation during the machining process.
Product Features:

Advantage of Internal Coolant Technology:

The Twist drill utilizes internal coolant technology, allowing coolant to flow within the cutting zone. This effectively lowers the temperatures of the tool and workpiece, reducing the impact of heat on materials. This not only enhances cutting efficiency but also prevents tool wear caused by high temperatures.

High-Precision Machining:

Thanks to its unique design and internal coolant technology, the Twist drill performs exceptionally well in high-speed and high-precision machining. It can achieve precise machining of complex structures, meeting the strict precision requirements of modern manufacturing.

Strong Material Adaptability:

This cutting tool is suitable for a variety of challenging materials, including high-temperature alloys and titanium alloys. Its tool materials and coating technologies are carefully selected, ensuring stable performance in harsh working environments.

Increased Production Efficiency:

The efficient cutting and cooling system of the Bronzing Twist drill stabilize the machining process. By reducing downtime and increasing cutting speeds, it effectively improves production efficiency and lowers manufacturing costs.
LYMHZ
AL
HRC 55

Product Detail

For Steel , Cast Iron

Unit
(mm)
D
D≤12
D>12
T
0
0
-0.015
-0.02
Diameter D
Cutting Length L
Shank D2
Overall Length L2
mm
mm
mm
mm
1-2
LOC=1/2 OAL
1-2
40
2.1-2.9
LOC=1/2 OAL
2.1-2.9
40
3-4
LOC=1/2 OAL
3-4
50
4.1-5
LOC=1/2 OAL
4.1-5
50
5.1-6
LOC=1/2 OAL
5.1-6
50
6.1-7.1
LOC=1/2 OAL
6.1-7.1
50
7.2-8.1
LOC=1/2 OAL
7.2-8.1
60
8.2-9.1
LOC=1/2 OAL
8.2-9.1
75
9.2-10.1
LOC=1/2 OAL
9.2-10.1
75
10.2-11.1
LOC=1/2 OAL
10.2-11.1
75
11.2-12.1
LOC=1/2 OAL
11.2-12.1
100
12.2-13.1
LOC=1/2 OAL
12.2-13.1
75
13.2-14
LOC=1/2 OAL
13.2-14
100
14.1-15.1
LOC=1/2 OAL
14.1-15.1
100
15.2-16.1
LOC=1/2 OAL
15.2-16.1
100
16.2-17.1
LOC=1/2 OAL
16.2-17.1
100
17.2-18.1
LOC=1/2 OAL
17.2-18.1
100
18.2-19.1
LOC=1/2 OAL
18.2-19.1
100
19.2-20
LOC=1/2 OAL
19.2-20
100
Ordering Code
LYMHZ-2F-010140
LYMHZ-2F-02102140
LYMHZ-2F-03203250
LYMHZ-2F-04104150
LYMHZ-2F-05105150
LYMHZ-2F-06106150
LYMHZ-2F-07207260
LYMHZ-2F-08208275
LYMHZ-2F-09209275
LYMHZ-2F-10210275
LYMHZ-2F-11211275
LYMHZ-2F-12212275
LYMHZ-2F-13213275
LYMHZ-2F-14114100
LYMHZ-2F-152152100
LYMHZ-2F-162162100
LYMHZ-2F-172172100
LYMHZ-2F-182182100
LYMHZ-2F-192192100

Work Material

P
M
K
N
S
H
Iso
Workpiece Material
Depth of cut (mm)
VC m/min
N
HRC55 Aluminum Alloy
Ap≤1.5D Ae≤0.15d
60 140
Speed(min²) Feed(mm/r)
Tool Diameter (mm)
4
6
8
10
12
16
20
N
8000 0.10-0.15
5300 0.14-0.20
4000 0.16-0.24
3200 0.18-0.27
2700 0.20-0.30
2000 0.25-0.36
1600 0.30-0.40
8000 0.10-0.15
5300 0.14-0.20
4000 0.16-0.24
3200 0.18-0.27
2700 0.20-0.30
2000 0.25-0.36
1600 0.30-0.40
Above table is the standard cutting data for side mlling maching, f for groove cutting, the VC should reach 50%-70% and the fed should reach 40%-60% based on the table.
Increased Production Efficiency
Optimized Surface Quality
Energy Consumption Reduction
Adaptation to Complex Structures

Example Of An Application Using Twist Drill HRC55

Increased Production Efficiency

Optimized Surface Quality

Energy Consumption Reduction

Adaptation to Complex Structures

Inquiry
+86 13815069640
Working Hours: 8:00am—6:00pm
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