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Bronze Practical CNC Turning Parts , Shaft CNC Precision Turning Components

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Address: Building 2A, Jishengchang Industrial Zone, Longgang District, Shenzhen, China.

Contact name:Frank Li

Toxmann High- Tech Co., Limited

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Bronze Practical CNC Turning Parts , Shaft CNC Precision Turning Components

Country/Region	china
City & Province	shenzhen
Categories	Tool Processing Services

Product Details

Bronze Material Precision Turned Parts CNC Lathe Machining Parts Customized Shaft

Company Profile-Toxmann.pdf

Processing & Inspection Machine List.pdf

When processing high-precision tin bronze shaft parts, the following methods can be used:

^{1. The tool should use single crystal diamond as much as possible,
and effectively obtain the best lattice position. When
sharpening the geometric angle of the ultra-finishing tool, a wide
blade and a large rake angle can be used.}

^{2. The precision of all moving parts and transmission of the
machine tool must be higher than the machining precision. The
machine tool must have sufficient rigidity to avoid vibration
during processing. At the same time, the influence of environmental
vibration must be avoided.}

^{3. The machine tool spindle must have long-term high-speed running
accuracy, and must have a lubrication and cooling system. Because
PCD is used for high-precision machining of tin bronze materials,
it must be rotated at high speed, and the accuracy of the spindle
will directly affect the machining accuracy.}

^{4. The superfinishing allowance should be small, generally less
than 0.1 mm. After semi-finishing, the workpiece must be fully
cooled to the temperature of the machine tool before
super-finishing. Too low or too high will affect the
accuracy. There must be sufficient and effective cooling
during processing to avoid the temperature of the workpiece rising
due to the processing heat, resulting in thermal deformation and
affecting the accuracy.}

Product Information:

^Manufacturer	^{Toxmann High- Tech Co., Limited}
^{Product Name}	^{CNC Copper Turned Shaft}
Applicaitons	^{Automation Industry, Electron Industry}
^{Design Tools}	^{UG, ProE, Auto CAD, Solidworks, etc}
^{Surface Finishing}	^Polished
^{Quality Control In Toxmann}	^{Hardness Tester, Caliper, Altimeter, CMM, Projector, 2.5D, Micrometer}
^{Processing Machines}	^{CNC Lathe Machine, Cylindrical Grinder}
^{Other Service}	^{ODM and OEM, Customized Specification, One to One Communication}
^{Order Process}	^{Customer inquiries (provide 2D or 3D drawing) → Toxmann provides quotes and lead time→ Orders released by customer→ 50% advanced} ^{payment→ Arrange production → QC pass→ Packing and shipping after receiving balance payment.}

^{Toxmann has a group of high-precision NC Lathes and turning-milling
compound machines imported from Japan and Taiwan. Our NC Lathes
have been highly appreciated by our customers for their stable
quality and efficient productivity. The following is a list of our}Grinders and NC Lathes:

Why Choose Us?

^{1. Best product quality and most competitive price.}

^{2. Experienced technicians are in production.}

^{3. High-end processing machines and inspection instruments.}

^{4. Customized designs and production.}

^{5. Excellent pre-sale and after-sale service.}

^{Toxmann High- Tech Co., Limited is a professional manufacturer of machined parts and mold parts,
established in 2009 with a total of 120 employees. We have
established machined parts and mold parts two factories to meet the
needs of various industries and product diversification in Shenzhen
and Dongguan, China, respectively. Our products are exported to
North America, Europe, Southeast Asia and other parts of the world.
Meanwhile, our products are involved in various fields such as
automation equipment industry, mold industry, automobile industry,
medical industry, home appliance, military industry, communication
industry and cosmetics industry, etc.}

Core Value and Company Culture:

^{Business Philosophy:}

^{1. Quality is the soul of an enterprise.}

^{2. Competitive price is our advantage.}

^{3. Enthusiastic service is our tenet.}

^{4. Innovation is our eternal pursuit}

^{Quality Objectives:}

^{1. Sample acceptance rate reaches 100%.}

^{2. The qualified rate of finished products reaches 100%}

^{3. Punctual delivery rate reaches 100%}

^{Our Mission:}

^{1.Strengthen management and continuously enhance satisfaction for
customers, investors, suppliers and employees.}

^{2. Enhance innovation capacity and contribute to sustainable
development.}

Toxmann Promise:

^{1. Provide the detailed production schedule for each order.}

^{2. Offering production status with video and photos for each
component.}

^{3. Manufacture the parts base on customers' drawings to meet the
quality requirements and industry standard.}

^{4. Over 99% orders can meet the lead time requirement.}

^{5. Respond to the enquiry within 24 hours and offer the quotation
within 48 hours.}

^{6. Using the first-rank raw materials which also can be traced.}

^{7. Provide the most competitive price with the high quality and
service standard.}

^{8. The most reasonable packing scheme for all products.}

FAQ:

^{Q1: What are turning tools?}

^{A: Turning tools are used on lathes for cutting or finishing the
outside diameter of a workpiece. Turning tools can be used to
produce cylindrical parts. In its basic form, turning can be
defined as the machining of an external surface with the workpiece
rotating, or with a single-point cutting tool.}

^{Q2: What are types of inserts?}

^{A: Four-sided insert shapes include diamond, square, rectangular
and Rhombic. A diamond insert is a four-sided insert with two acute
angles used for material removal. Square cutting tips have four
equal sides. Rectangular inserts have four sides, two of which are
longer than the other two.}

^{Q3: What is the most common lathe turning insert?}

^{A: The most common turning insert sold in North America today is a
CNMG 432. This insert is capable of almost 0.250" (6.35mm) depth of
cut.}

^{Q4: How to choose correct turning insert?}

^{A: There are many parameters to consider when choosing a turning
insert. Carefully select insert geometry, insert grade, insert
shape (nose angle), insert size, nose radius and entering (lead)
angle, to achieve good chip control and machining performance.}

^{Select insert geometry based on selected operation, for example
finishing}

^{Select the largest possible nose angle on the insert for strength
and economy}

^{Select the insert size depending on the depth of cut}

^{Select the largest possible nose radius for insert strength}

^{Select a smaller nose radius if there is a tendency for vibration}

^{Q5: What are precision turned parts?}

^{A: Precision Turned Parts Precision turned parts are parts that
have been machined with extremely tight tolerances. The majority of
precision turned parts are formed through a simple yet important
process known as CNC turning.}