Tungtsne Carbide Milling Cutter End Mill for Aluminium Machining - Buy aluminium endmill, carbide milling cutter, carbide endmill Product on Zhuzhou Jingxin Cemented Carbide Co., Ltd.

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Model:
HRC45 3 Flutes
Brand:
Standard HRC45 3 flutes end mill
Code:
HRC45 3 Flutes

Product Description

HRC45 3 Flutes black Coated Solid Carbide Extra Long Length Square Cutter End Mill

Carbide end mill are powder metallurgy products, sintered in vacuum furnace and hydrogen reduction furnace with high hardness refractory metals WC, TiC, micron powder as the main components and Co, Ni, Mo as the binder, mainly used for millingAnchor icon metal.

JinXin offers a variety of materials and cost-effective end mill products (including solid carbide end mill bits, DLC coating end mill, high-speed steel milling bit) to provide efficient and cost-controlled metal cutting solutions. Our technicians can provide you with technical support, including the selection of end mills crafts, improve efficiency life, and all non-standard technical solutions, to complete a one-stop service for you.

Solid Carbide Milling Cutter CNC End Mill Cutting Tools

Carbide end mill cutters advantage:

1. 100% Virgin raw material

2. With production experience over 10 years

3. Advanced production equipment

4. The cutter is a tool equipment with a stronger hardness and longer-life to use which is widely used in the line of machinery like the CNC lathe,has a quite strong hardness to work and it can speed the application of machinery and enhance the efficiency.

Details

Place of Origin: ZhuZhou,China Brand Name:JinXin

Model Number: HRC45 3 Flutes Material:Carbide

Coating:TiAIN, Tin, AlTiAiN Coating Product Name:Carbide End mill

HRC:45 Flute:3 flute

Suitable for:copper, stainless steel, alloy steel, tool steel Application: Milling Machining

Controlling Mode:CNC Tooling System Shipment:DHL.TNT.UPS.FEDEX.EMS

Customized support: OEM, ODM

Specification

All detailed parameters of the product

HRC 45 3 flutes End Mill

NO.	Model	D1(mm)	L1(mm)	D(mm)	L(mm)
1	D14D14*50L	1	4	4	50
2	D112D4*75L	4	12	4	75
3	D120D4*100L	4	20	4	100
4	D115D6*50L	6	15	6	50
5	D124D6*75L	6	24	6	75
6	D130D6*100L	6	30	6	100
7	D120D8*60L	8	20	8	60
8	D130D8*75L	8	30	8	75
9	D135D8*100L	8	35	8	100
10	D126D10*75L	10	25	10	75
11	D140D10*100L	10	40	10	100
12	D130D12*75L	12	30	12	75
13	D140D12*100L	12	40	12	100
14	D140D14*100L	14	40	14	100
15	D116D16*100L	16	40	16	100
16	D145D18*100L	18	45	18	100
17	D145D20*100L	20	45	20	100
18	D145D6*150L	6	45	6	150
19	D150D8*150L	8	50	8	150
20	D160D10*150L	10	60	10	150
21	D160D12*150L	12	60	12	150
22	D170D14*150L	14	70	14	150
23	D170D16*150L	16	70	16	150
24	D170D18*150L	18	70	18	150
25	D170D20*150L	20	70	20	150

Product Details

Standard HRC45 3 flutes end mill

Common Question

CUTTING TOOL MACHINING ASKED QUANTITY AND SOLUTION

Question	causes	solutions
breakage of the milling cutter	If the feed speed is too fast, the speed is too slow	Reduce the feed speed or increase the speed, the normal speed of the engraving machine should be more than 20000 rpm.
	Too much cutting allowance	reduce the amount of cutting
	The tool extends too long and the clamping part is too few	Minimize the protruding part as much as possible to ensure that the clamping part is more than 4 times the handle
	The cutting edge is severely worn	Change the tool and regrind, or reduce the cutting speed
	The fixture accuracy is too poor	replace the fixture
	Spindle or fixture is loose	adjust the spindle or fixture
	The processing surface is complicated and there are too many dead angles	Adjust cutting parameters, programming mode
	The workpiece is not stable	improve the fixture to ensure that the workpiece is stable
	Poor chip evacuation and serious chip staining	Re-select the tool model and change the cooling method
The blade is easy to crack-the feed speed is too fast	The feed speed is too fast, the cutting edge is too sharp or the tip angle is too sharp	Reduce the feed speed and chamfer with a steel file to make the cutting edge dull
	The accuracy of the chuck is too poor or the installation is poor	Replace the chuck, or clean up debris in the chuck
	The rigidity of the fixture is too poor, and the grasping force is not enough.	Reduce cutting parameters
	The shape of the workpiece is complicated, and there are too many dead angles	Change low cutting parameters and change method
	The installation of the workpiece is unstable	Improve tooling and fixtures to ensure that the workpiece is stable
	The cutting direction is incorrect	Climbing milling is generally used
	There are impurities in the material	Pay attention to material and cutting speed
The blade is easy to wear	The rotation speed is too fast or the feed speed is too slow	Reduce the number of revolutions or increase the feed rate
	The accuracy of the spindle or fixture is not high	Adjust the spindle accuracy or replace the fixture
	Poor chip evacuation and sticky chips on the cutting edge	Choose the right tool model to improve the chip removal method
	The workpiece material is unknown and the tool model is incorrectly selected	Determine the material, select the corresponding model
	The cutting fluid is not selected correctly	choose the correct cutting fluid
	The cutting direction is incorrect	choose the down milling method
Poor surface finish	The feed rate is too fast or the speed is too slow	Low feed rate or increase speed
	The tool wear is severe	Change tool
	The accuracy of the tool is not high after grinding	New props are recommended for finishing
	Excessive accumulation of cutting chips	Clear cutting chips and change the cooling method
	There is no cutting cooling device	Use correct and necessary cooling devices (such as water cooling, etc.)
	The tool vibrates greatly	Choose high-rigidity, high-precision, strong gripping fixtures, and minimize the tool extension length
	Can not achieve the desired effect	It will be better to choose a tool with a larger diameter or a good engraving machine