Shenzhen Chuangying Times Technology Co., Ltd.

Shenzhen Chuangying Times Technology Co., Ltd.

Manufacturer from China
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High precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chisel

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Shenzhen Chuangying Times Technology Co., Ltd.
City:shenzhen
Country/Region:china
Contact Person:MsXue Wang
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High precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chisel

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Place of Origin :dongguan
MOQ :1 set
Price :$8,000.00/Sets 1-4 Sets
Payment Terms :L/C
machine type :Wooden door mortise machine 1256
Types of :Woodworking Machinery Parts
Forms of work :Manual
rated power :1.1kw
Dimensions :540x310x470(mm)
After-sales Service Provided :Video technical support
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High precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chiselHigh precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chisel

High precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chiselHigh precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chisel

Voltage 220v
power 1100w
Warranty 1Year
forms of work Manual
rated power 1.1kw
Rated voltage 220V

High precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chiselHigh precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chiselHigh precision woodworking, metal portable mortising machine mortiser drill machine mortising machine hollow chisel

Excerpted from the Internet, for reference only

In order to take into account the geometry change of the drill edge along the edge of the drill bit in the analysis, the drill hole can be divided into concentric sectors (see Figure 3). If it is simply assumed that the cutting performance is constant within a sector

Considering that the cutting angle and inclination angle vary greatly along the edge of the bit, the cutting speed depends on the radius, and should be obtained from cutting data obtained when turning with similar edge geometry, or from orthogonal cutting data. Conversion of cutting experiments

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