Manufacturer Supply Carbide Brazed Lathe Turning Insert for Cutting Tools

• Customization: Available
• Grade: Yg6
• Delivery Time: 7-10 Working Days
• Model NO.: Brazed Tips
• Shipment: FedEx, DHL, TNT, EMS, UPS, etc.
• Transport Package: Plastic Box, Standard Export Carton
• Trademark: RV
• Origin: Zhuzhou, China
• HS Code: 8209003000
• Production Capacity: 50000pieces/Month

Product Description

Need more information about all types of brazed tips, please send us an inquiry.
The following are detailed introductions of some products.

High - quality Indexable Ceramic Milling Inserts for CNC Milling Cutters

1. Superior Material:Made from advanced ceramic materials, these inserts have a hardness far exceeding that of traditional tool materials. They possess excellent wear resistance and thermal stability. During high - speed milling, they can effectively withstand high temperatures and intense friction, always maintaining a sharp cutting edge. This significantly extends their service life and reduces the frequency of tool replacement.
2. Indexable Design:With a unique indexable structure, when the cutting edge of the insert wears out, simply rotating or replacing the insert is all it takes. There's no need for overall re - grinding or replacing the entire tool. The operation is convenient and efficient, significantly reducing downtime, improving machining efficiency, and cutting down on tool usage costs.
3. Precise Compatibility with CNC Milling Cutters:Specifically designed for CNC milling operations, these inserts perfectly match various CNC milling cutters and can accurately execute complex machining instructions. Whether it's face milling, contour milling, or cavity milling, they can achieve excellent surface finish quality with their high precision and stability, meeting the requirements of precision machining.
4. Wide Range of Applications:These inserts are suitable for machining a variety of materials, including steel, cast iron, non - ferrous metals, and some difficult - to - machine materials. They can exhibit outstanding cutting performance in industries such as machinery manufacturing, mold processing, and aerospace, contributing to the production of high - quality precision parts.

Metal Processing Field

• High - Speed Milling
  With excellent thermal stability and high hardness, ceramic materials can effectively resist high temperatures and wear during high - speed rotation cutting of metals (such as steel, cast iron, and nonferrous metals), maintaining good cutting performance and significantly improving processing efficiency. This feature is widely used in the automotive manufacturing industry for processing parts like engine cylinder blocks and gearboxes, as well as in the aerospace field for milling aircraft structural components and engine parts.
• Hard Material Machining
  For high - hardness metal materials (such as quenched steel, high - chromium cast iron, and other wear - resistant alloys), ceramic inserts can achieve effective cutting by virtue of their high hardness. They are capable of completing machining tasks such as milling high - hardness quenched die steel.

Precision Machining Scenarios

• Surface Finishing
  In machining processes requiring high workpiece surface precision, such as the finishing of steam turbine split - plane clamping plates, machine tool worktables, and box joint surfaces, indexable ceramic milling inserts can achieve (micro - cutting) through fine adjustment, reducing surface roughness and improving the precision of the machined surface to meet high dimensional accuracy and surface quality requirements.

Mold Manufacturing Industry

• In mold milling, the indexable design facilitates quick replacement of worn inserts, reducing downtime and improving production efficiency. The wear resistance and heat resistance of ceramic inserts enable them to maintain tool shape accuracy during the machining of complex mold cavities and cores, ensuring the dimensional accuracy and surface quality of molds.

General Mechanical Processing

• These inserts are capable of handling various milling operations for mechanical parts, such as face milling, contour milling, and cavity milling. Their indexable function also allows flexible adjustment of the cutting edge according to different processing requirements, adapting to diverse machining tasks.

C1-A Type:

Type	Dimensions(mm)
	L	t	S	rε	f
C110A	10	6.5	2.5	0.5	1.6
C116A	16	8	3	0.5	2.5
C120A	20	10	4	0.5	3.5

C1 Type:

Type	Dimensions(mm)
	L	t	S	rε	e	α°
C110A	10	4	3	0.5	-	-
C116A	16	6	4	0.5	0.8	10
C120A	20	8	5	0.5	0.8	10
C122A	22	10	6	0.5	0.8	10
C125A	25	12	7	0.8	0.8	10

B3 Type:

Type		Dimensions(mm)
R.H	L.H	L	t	S	R	e	α°
B312	B312Z	12	8	4	8	3	0.8
B315	B315Z	15	10	5	10	5	0.8
B318	B318Z	18	12	6	12	6	0.8
B322	B322Z	22	16	7	16	10	0.8

B2 Type:

Type	Dimensions(mm)
	L	t	S	R	e	α°
B208	8	8	3	4	-	14
B210	10	10	3.5	5	0.8	14
B212	12	12	4.5	6	0.8	14
B214	14	16	5	8	0.8	14
B216	16	20	6	10	0.8	14
B220	20	25	7	12.5	0.8	14
B225	25	30	8	15	0.8	14
B228	28	35	9	17.5	0.8	14

A1Type:
 

 

Type	Dimensions(mm)
	L	t	S	e	α°
A106	6	5	2.5	-	0
A108	8	7	3.0	-	0
A110	10	6	3.5	0.8	14
A112	12	10	4.0	0.8	14
A114	14	12	4.5	0.8	14
A116	16	10	5.5	0.8	14
A118	18	12	7.0	0.8	14
A118A	18	16	6.0	0.8	14
A120	20	12	7.0	0.8	14
A122	22	15	8.5	0.8	14
A122A	22	18	7.0	0.8	14
A125	25	15	8.5	0.8	14
A125A	25	20	10.0	0.8	14
A130	30	16	10.0	0.8	14
A136	36	20	10.0	0.8	14
A140	40	18	10.5	1.2	14
A150	50	20	10.5	1.2	14
A160	60	22	10.5	1.2	14
A170	70	25	12	1.2	14

 

Need more information about all types of brazed tips, please send us an inquiry.