#Milling Spline Shaft

[rimaakter45]

Unlocking Efficiency: The Power of Keyway Broaches for Machining Applications

In the world of precision machining, keyway broaches are vital tools for creating keyways—slots or grooves cut into a part to lock it onto a key, securing the component's rotation or movement. Used in a wide range of industries, from automotive to heavy machinery, keyway broaches unlock efficiency and precision in production processes. This article delves into the mechanics of keyway broaches, its advantages, and its critical applications in modern manufacturing.

Understanding Keyway Broaching

Keyway broaching is a machining process that uses a specially designed tool—a keyway broach—to cut internal or external keyways into a workpiece. The broach is typically a long, tapered tool with multiple cutting teeth that incrementally remove material as it moves through the workpiece. The process can be used to cut keyways in hubs, gears, pulleys, and other cylindrical components, creating precise slots that align perfectly with corresponding keys.

The keyway itself is an essential feature in mechanical assemblies, particularly in rotating components like shafts and gears. It ensures that the parts are securely interlocked, preventing slippage or misalignment during operation. Keyway broaching, therefore, plays a critical role in maintaining the structural integrity and functionality of mechanical systems.

Types of Keyway Broaches

Keyway broaches come in several variations, each designed for specific applications:

Push Broaches: The most common type of keyway broach, push broaches are typically used in manual or hydraulic broaching machines. They are pushed through the workpiece in a single pass, with each tooth progressively removing material to form the keyway. Push broaches are suitable for smaller keyways and are widely used in low- to medium-volume production.

Pull Broaches: Pull broaches are designed for larger keyways or heavier-duty applications. In this process, the broach is pulled through the workpiece rather than pushed. This method is often used in horizontal or vertical broaching machines, which can exert the necessary force to pull the broach through harder materials or larger workpieces.

Single-Pass Broaches: Single-pass broaches are designed to complete the keyway in just one pass. They are highly efficient and often used in high-volume production environments. Single-pass broaches are particularly effective when uniformity and precision are paramount, as they minimize variations between parts.

Spline Broaches: Spline broaches are used for cutting multiple keyways along the length of a shaft, creating a series of equally spaced grooves. These broaches are commonly used in the production of splined shafts for automotive transmissions, heavy machinery, and aerospace components.

 

The Advantages of Keyway Broaching

Keyway broaching offers several distinct advantages over other machining methods:

Precision: One of the most significant benefits of keyway broaching is the high degree of precision it provides. Broaching ensures that keyways are cut with exact dimensions, allowing for a perfect fit between the key and the keyway. This precision is essential in applications where even the slightest deviation can lead to mechanical failure or reduced performance.

Efficiency: Keyway broaching is a highly efficient process, especially when compared to alternative methods like milling or grinding. In a single pass, the broach removes material to create the keyway, reducing the need for multiple operations. This efficiency translates to faster production times, lower labor costs, and increased throughput in manufacturing environments.

Repeatability: Broaching is known for its consistency and repeatability, making it ideal for high-volume production runs. Once the broach is set up and aligned correctly, it can produce identical keyways in multiple parts with minimal variation. This repeatability ensures uniformity across batches, which is critical for industries where parts must meet stringent quality standards.

Versatility: Keyway broaches can be used on a wide variety of materials, including steel, aluminum, brass, and plastics. This versatility allows manufacturers to use broaching for diverse applications, from lightweight components to heavy-duty parts used in industrial machinery.

Cost-Effectiveness: Despite the initial investment in broaching machines and tools, the overall cost-effectiveness of keyway broaching becomes evident in the long run. The process reduces labor costs due to its automated nature and eliminates the need for secondary finishing operations, thanks to the smooth surface finishes produced by broaching.

 

Applications of Keyway Broaching

Keyway broaching finds applications across a wide range of industries due to its precision and reliability. Some of the most notable applications include:

Automotive Industry: Keyway broaching is essential in the production of drivetrain components, such as gears, pulleys, and shafts. The precision of keyway broaching ensures that these components fit perfectly, reducing the risk of mechanical failure in critical systems like transmissions and engines.

Aerospace Industry: The aerospace industry demands parts with extreme precision and durability. Keyway broaching is used to manufacture components such as turbine shafts and gear systems, where accurate keyways are crucial for reliable performance in demanding environments.

Heavy Machinery: In heavy machinery applications, such as construction equipment and agricultural machinery, keyway broaching is used to create strong, durable components that can withstand the rigors of heavy use. Keyways in gears, sprockets, and shafts ensure the efficient transfer of power in these large-scale machines.

Tool and Die Making: Keyway broaching is also used in the production of cutting tools and dies, where precision and durability are critical. The process ensures that the tools are manufactured with the exact dimensions needed for high-performance metal cutting and forming operations.

 

Conclusion

Keyway broaches unlock efficiency, precision, and consistency in machining applications, offering a reliable solution for creating keyways in various mechanical components. Whether used in the automotive, aerospace, or heavy machinery industries, keyway broaching provides the accuracy and durability required to meet the demands of modern manufacturing.

By leveraging the power of keyway broaches, manufacturers can reduce production times, lower costs, and ensure that their parts meet the highest standards of quality and performance. As industries continue to evolve, keyway broaching will remain a cornerstone of efficient, precision machining, driving innovation and excellence in manufacturing processes.

[rainbowpeng]

We focus on mechanical parts and customized manufacturing services

Shenzhen Taixin Precision Co.,Ltd. founded in 2008, which is engaged in the production, sales, maintenance of one-stop services, is a domestic large-scale transmission gear and cnc machining professional production enterprises, mainly the production of various kinds of module gear and CNC machining parts. It is one of a distinct advantage in the production of high precision gear and cnc machining in Shenzhen machinery machining industry influential manufacturers with a good reputation.

Feature products:

All kinds of OEM gear: metal gear,plastic gear,Ground gear, small &large module gear, spur gear, helical gear, bevel gear,miter gear,Worm gear and worm, spiral bevel gear, Splined shaft, Internal gear,rack & pinion, Timing pulley , sprocket , Power tool gear,reduction motor gear,motor gear,motor gear shaft, out put shaft,planetary gear,Planetary reducer gear set,gearbox etc. module from 0.3 to 16, Max diameter 1200mm, we make veriety of gear. Our products :high precision grade, Low noise,stable quality etc.

Precision CNC machining parts: CNC turning parts,CNC milling parts,CNC Automatic Lathe Parts etc.

Industry focus: widely used in automobiles, electronics, textiles, printing, electrical manufacturing, corrugated packaging machinery, electric cars, motorcycles, medical equipment, fitness equipment, lawn mower, pneumatic tools, financial equipment,paper, toys, locks, household appliances, industrial sewing, fishing gear, wind power, tobacco, food, instrument, chemical industry,Drone,Robotics etc.

Company's major equipment: the company with strong technical strength, effective with high precision production equipment: CNC lathes (diameter 1 m * 3 m), CNC milling machine, precision automatic lathes, Swiss REISHAUER RZ820 Grinder,(Diameter 1 m * 0.6 * 10 mode), abrasive maching, CNC gear hobber, gear shaper, gear chamfering machine, gear lapper, ID grinder, OD grinder, wire cutting, sawing machine, surface grinding machine , and other processing machines.

All kinds of processing ability: Have quenched and tempered high frequency,quenching, carburizing, electroplating, oxidation,black oxide and other surface treatment ability.

There are lots of testing equipment for quality assurance. Such as: Configuration universal gear tester and projector, carbonitriding layer needle detector, hardness measuring equipment, coating thickness gauge, Highly rulers, Centre-height gauge etc.

"Superb technology, high quality, honest service" are the power of development and the eternal goal of pursuit for Shenzhen Taixin Precision Co.,Ltd. We sincerely expect to cooperate with you and create a prosperity future.

We proudly invite you visit our company any time.

Contact Rainbow from more details

Mobile& Wechat& Whatsapp: +86 13725598603

Skype: live:info_1099920

Email: rainbow@taixinjm.com

Web: www.taixinjm.com

[karol88888888]

What is the difference between a lathe and a milling machine?

Lathe is generally processing shaft, sleeve, disk, pad and other parts, generally horizontal lathe is the main, of course, large lathes also have vertical and other forms, lathes generally have tool holders, used in accordance with the tool, processing form is generally tool feed movement, the main motion for the workpiece rotary motion Turning used to process rotary parts.

The parts are clamped on the spindle of the machine tool by three gripping chucks and rotated at high speed, then the turning tool is used to follow the bus line of the rotary body to cut out the product appearance. The lathe can also process bore, thread, nibble, etc., the latter two are low-speed processing. CNC lathe can process complex rotary shape.

Milling machines are generally used to process slotted workpieces, such as splines of spline shafts, keyways of shafts, teeth of gears, etc. Of course, milling of flat surfaces is also possible, and milling machines are generally horizontal for small machines and gantry for large machines.

The processing form is generally the opposite of lathe, the main motion is the tool rotation motion, the workpiece movement for the feed motion Milling is to fix the blank, with high-speed rotating milling cutter on the blank, cut out the required shape and features.

Conventional milling is more often used to mill simple shapes/features such as contours and slots. CNC milling machines can perform machining of complex shapes and features.

Milling and boring machining centers can perform 3-axis or multi-axis milling and boring for machining, molds, inspection tools, tire tools, thin-walled complex surfaces, artificial prostheses, blades, etc.

Grinding machines are generally designed to improve the quality of workpiece processing and improve the surface finish of the workpiece machine tools, small machines are also mainly horizontal, large machines for rail grinding.

[robbenjon]

Find Singapore winch gear manufacturers on Exporthub.com. Buy products from suppliers of Singapore and increase your sales.All Gear Winch Line Extension. Delivery to Singapore, Malaysia and Indonesia | Buy online or via Purchase Order

[seoteams]

The use of the machines is generously growing every year. It has become easy to cut or shape metal using a rotating tool which is called milling. Spline is a metal strip or thin wood which is used for construction or a key which is used to fix mechanical parts. Milling spline shaft is actually having number of equal spaced grooves cut in the shaft for forming a series of projecting keys and to use it for fitting into an internally grooved cylindrical member.

[yuchunsg]

Machinery products: This Company deals with many products. They are available in different types of gears. All the machinery equipment is available with the requirements of the customer.

For more information:

Phone: (65) 6749 2362

Address: 9 Gul Link, Singapore #629379

Email: yuchun@singnet.com.sg

Website: http://www.yuchun.com.sg/

[blogsmax]

What are Trough Screw Conveyor Feeders? Its Features Benefits and Options

Trough Screw Conveyor Feeders are manufactured from carbon steel with suitable surface finishing. They are made up of a U or V shaped trough equipped with as a minimum one outlet spout, an end plate at each trough end, helicoid screw fighting welded on a center pipe with coupling bust at each end, two end bearing assemblies absolute with shaft seal, a certain number of intermediate hanger bearings depending on the overall length of the screw conveyor as well as bolted trough cover sections. They are equipped with a gear motor suitable for the application.

Depending on the material to be handled, Trough Screw Conveyor Feeder comes in a light, medium-heavy, or extra heavy-duty design.

SAKSHAM Trough Screw Conveyor Feeders are primarily designed at the animal feed milling, pet foods, and general industrial markets, as well as biomass, waste, and recycling. Examples from this popular, well-established range are operating in lots of processing plants across the world, handling many different types of bulk materials.

Simple and robust in design, with easy access for routine maintenance, Trough Screw Conveyor Feeders give cost-effective, versatile conveying capability for the widest variety of bulk solids handling applications. SAKSHAM Trough Screw Conveyor Feeders have been improved constantly over many years & are available across the nominal size range of 150 to 600mm handling up to 500cu.m/hour. Heavy-duty construction is available for mainly arduous applications. The well-proven, modular design make sure easy assembly, installation, and maintenance with any configuration available in both mild steel (painted or galvanized) as well as stainless steel to suit customer requirements and the site environment.

Tailored To Suit Applications

Generally most free-flowing powders, grains, and pellets, and many materials with poor flow characteristics, can be conveyed with a U-trough screw conveyor. Our engineers will assist to specify the accurate conveyor configuration needed to suit every application, tailoring the specification with options to suit precise customer requirements and site requirements.

Features

Trough in standard length modular flanged sections

Helicoid fighting welded on the center pipe

Powder-coated

Flanged end bearing assemblies protected against material penetration by shaft seals

Robust cast iron body flanged end bearing assemblies with externally positioned bearing as well as manually adjustable packed gland seals

Square or rectangular outlet spouts with included drilled flanges.

Splined shaft couplings.

Benefits

Industrial quality products

Modular design features & easy access to matching spare parts

Options

Bolted trough cover modules (end module with included inlet spout)

Square, rectangular, or circular substitute/extra inlet / outlet spouts with or with no connecting flange

Trough feet

Overflow hatches

Screws (augers) in various configurations (ribbon flight, paddles, others)

Extraordinary shaft seals (gas or air-purged, grease chamber, others)

Different drive configurations

We “SAKSHAM” are popular and experienced manufacturers and suppliers of a wide range of Trough Screw Conveyor Feeders. The offered machine variety has been stringently developed and designed in complete fulfillment with the standard configurations of the industry. Customers can stay unwary of the quality of the products as we have taken care of every aspect right from quality material to dimensional accurateness.

[malantecnc]

Difference between milling machine and cnc lathe – Malante

In choosing machining, a question that some users will ask is, what is the difference between CNC lathe and milling machine, and which one is better to choose?

Today Malante will focus on the two most common machine tool categories and compare the differences and uses of milling machines with CNC lathe.

In fact, the milling machine is derived from CNC lathe. The difference between the two words is related, but there are also many differences.

01. What is a CNC lathe?

A CNC lathe makes cylindrical parts by rotating material on a stationary tool. Using a CNC lathe to make parts is called turning.

The raw material is held in a high-speed rotating chuck - this axis of rotation is called the C-axis. The tool of the CNC lathe is mounted on a tool holder that can move parallel to the C-axis (expressed as movement along the Z-axis) and perpendicular to the C-axis (movement along the X-axis).

On a CNC lathe, complex cylindrical geometries can be turned by changing the rotational speed of certain features by simultaneously controlling the X and Z positions of the tool post.

More advanced lathes have automatic tool changers, part catchers for serial production, and live tools that allow some milling functions.

02. What is a milling machine?

Unlike a lathe, a milling machine holds the material in a fixture and cuts it with a rotating tool.

CNC milling machines can simultaneously control motion along these axes to create complex geometries such as surfaces. This main type of milling machine is called a 3-axis milling machine.

5-axis milling machines and the like can cut more complex parts, as well as machine a wide range of parts, including many different functions that cannot be done on a lathe. Milling machines, on the other hand, can be complicated to set up and program.

03. What are the differences between them?

The differences between them can be mainly summarized into three aspects: different structures, different operating modes and different processing objects.

1. Different structure

The lathe is a workpiece rotating tool fixed longitudinal and horizontal walking tool to process circles and surfaces. The milling machine fixes the blank and clamps the part on the machine tool spindle through the three-grip chuck.

2, the operation mode is different

The lathe moves the part around the axis and the tool moves around the axis, while the milling machine is a fixed workpiece, and the parts are processed by moving the fixture and the milling cutter.

3. Different processing objects

Lathes can be used to process various rotary forming surfaces, such as inner and outer cylindrical surfaces, inner and outer conical surfaces, inner and outer threads, as well as end faces, grooves, knurls, etc.

The milling machine can process planes (horizontal, vertical), grooves (keyways, T-slots, dovetails, etc.), toothed parts (gears, spline shafts, sprockets), helical surfaces (threads, spiral grooves) and various kind of surface.

04. How to choose a milling machine and a lathe?

Which one to choose for processing? It has to be selected according to their own advantages and the requirements of the workpiece to be processed.

From the above summary, the lathe is best for making cylindrical parts, the cross-section of the part must be circular, and the same central axis must run through its entire length.

A milling machine can machine cylindrical features, but if the part is purely cylindrical, a lathe is a better and more precise choice.

More sophisticated machines, such as Swiss lathes, can cut flat features and drill vertical holes in the material. However, these machines are still more suitable for cylindrical parts.

Related News

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Daily operation instructions for precision cnc machining

[carsai-precisionparts]

KUNSHAN CARSAI AUTO PARTS INDUSTRY CO., LTD https://www.carsai-precisionparts.com/ Whatsapp&WeChat: +8615212743691 email: echo@carsai-precisionparts.com --------------------- cnc machining shafts customized service motion shaft machined aluminum steel parts China manufacturer s shaft，project x golf shaft manufacturer，manufacturer of armature shaft，keyed shaft manufacturer，shaft manufacturers in pune，linear shafts factory，shaft machining services，shaft machining company，large shaft machining，s shaft，camshaft manufacturer，machining shaft collar，shaft machining in place，shaft manufacturer in china，ping alta shaft manufacturer，machining of shaft，crankshaft factory，hard chrome shaft manufacturers in india，machining shaft for bearing，shaft manufacturer in ahmedabad，shaft manufacturing，hollow shaft machining，worm shaft manufacturers mumbai，steering shaft factory，made by shaft factory，shaft manufacturing process pdf，g shaft，axle shaft manufacturers in mumbai，manufacturer for shaft，g shaft，shaft machining drawing，drive shaft manufacturer near me，machining eccentric shaft，shaft manufacturers in faridabad，shaft factory store，drive shaft factory，splined shaft manufacturer uk，machining journal shaft，shaft manufacturing company，line shaft factory，forging shaft manufacturer，shaft manufacturers uk，crankshaft manufacturer，axle shaft machining，gear box shaft manufacturer，project x shaft manufacturer，manufacturer of coupling shaft，shaft manufacturer in rajkot，eccentric shaft machining process，machining a shaft，shaft manufacturer india，gear shaft machining，expandable air shaft manufacturer，portable shaft machining，z shaft，shaft manufacturer in phagwara，throttle shaft manufacturers in china，shaft manufacturing machine，d-shaft，shaft manufacturing process ppt，motor shaft factory，shaft manufacturing process flow chart，drive shaft machining，emag shaft machining，eccentric shaft manufacturer，propeller shaft manufacturer，r shaft，output shaft machining，1 shaft，best shaft manufacturer，d-shaft，mobile shaft machining，heavy shaft manufacturers in india，fan shaft manufacturer，how to machine a shaft，worm shaft machining，shaft manufacturer in thailand，motor shaft cnc machining，lathe shaft machining，mill shaft machining，shaft machining process，shaft manufacturer in malaysia，shaft machining process pdf，cardan shaft manufacturer，shaft manufacturers in india，r shaft，crankshaft factory china，shaft machining symbols，precision shaft machining，long shaft manufacturer，custom shaft machining，shaft mounted gearbox manufacturer，shaft manufacturer in pune，cardan shaft manufacturer in ahmedabad，pto shaft manufacturer，best driver shaft manufacturer，turbine shaft machining，motor shaft machining，flexible shaft manufacturer，z shaft，shaft 2a，stainless shaft machining，shaft manufacturers in coimbatore，shaft in manufacture，shaft straightening machine manufacturer，shaft machining near me，pneumatic air shaft manufacturer，shaft machining tolerance chart，submersible pump shaft manufacturer，forged shaft manufacturers companies，cardan shaft manufacturer in turkey，tapered shaft manufacturer，shaft manufacturing methods，r shaft golf，machining shaft hs code，propeller shaft machining，shaft machining center，turbine shaft manufacturer，best golf shaft manufacturer，crankshaft machining，flexible shaft manufacturer in ahmedabad，shaft manufacturing company in india，machining shaft key，shaft machining manufacturers，drive shaft manufacturer，threaded shaft manufacturer，machining thompson shaft，polygon shaft machining，shaft spline machining，how to machine a shaft on a lathe，manufacturer of fan shaft，shaft manufacturers in south africa，shaft manufacturer company，industrial shaft manufacturers，cardan shaft manufacturer in kolkata，flexible shaft manufacturers in mumbai，shaft machining tools，golf club shaft manufacture，cardan shaft manufacturer china，ping tour shaft manufacturer，machining a shaft in place，input shaft machining，eastern shaft & machining inc，shaft machining in situ，table fan shaft manufacturer，shaft manufacturers，umbrella shaft manufacturer in china，shaft machining tolerance，rotor shaft machining，machine shaft manufacturer，shaft manufacturers near me，big shaft machining，motor shaft manufacturers，long shaft machining，1 shaft

[technicallysupercupcake]

HARMONIC GEARS

Introduction

Harmonic drive developed a unique gear tooth profile that optimizes the tooth engagement. This tooth profile enables up to 30% of the total number of teeth to be engaged simultaneously. Additionally, the large tooth root radius increases the tooth strength compared with an involute tooth. Harmonic Drives have been employed in a variety of applications such as military and aerospace use. Harmonic gearbox is also known as Strain Wave gearbox. Harmonic gearing is a type of mechanical gear system that uses a flexible spline with external teeth, which is deformed by a rotating elliptical plug to engage with the internal gear teeth of an outer spline.

Harmonic gearbox came with its attractive features like compactness and light weight, High gear ratio. It comes with reconfigurable ratios within a standard housing.  Harmonic reducer has a high torque capability with coaxial input and output shafts. The one of the main feature of harmonic drive reducer is, it comes with no backlash. It can provide reduction but can be also used to increase rotational speed.    

Harmonic drive components

The mechanism of Strain wave drive consists of a toothed mechanism comes with 3 components i.e. Circular spine, Flex spine, Wave Generator.

The circular spline is a solid steel ring with internal teeth. The flex spline is a flexible steel cylinder with external teeth. The drive is executed by the wave generator, It’s a thin-race ball bearing that is fitted onto an elliptical plug. The elliptical shape of the wave generator helps the teeth of the flexspline to engage circular spline at two regions at opposite ends of the major axis of the ellipse.

Applications of Harmonic Gearbox

Harmonic gearbox can be used in any gear reduction application where small size, low weight, zero backlash, very high precision and high reliability are required. Examples include aerospace applications, robotics, electric vehicles, medical x-ray and stereotactic machines, milling and lathe machines, flexo-printing machines, semiconductor equipment, optical measuring machines, woodworking machines and camera head pans and tilt axes. The Harmonic gear box is very useful when the axis moments are required for example in Robot arm.

SMD Harmonic Gearbox with Solid and Hollow Shaft

SMD gearbox is a Taiwan based solution provider of gearboxes. They have their overseas office in Pune, Maharashtra. Their customer base is scattered all around the world. SMD harmonic reducer comes in two variants with solid shaft and hollow shaft. SMD provides an integrated solution to its customer as per their application need. They have expert technocrats who helps the customer in automation process.    

To know more how SMD gearbox can help you in your system automation visit our website https://www.smdgearbox.com/harmonic-gearbox-with-solid-shaft-end.  If you think we are suitable your system automation team feel free to write us on  +91 7030669818 You can visit our Facebook or LinkedIn page. Our Overseas office in India is at A - 51, H Block, MIDC, Pimpri - Chinchwad, Pune – 411018, MH, India.

CONTACT US

 Head Quarters

SEIMITSU MOTION DRIVES CO. LTD. (Taiwan) No. 339, Taishun Rd., Taiping Dist., Taichung City, Taiwan

Mobile No : +886 (09) 67388376

 Mail ID: sales@smdgearbox.com

 Head Office (Overseas)

SEIMITSU MOTION DRIVES PVT. LTD. (India) A - 51, H Block, MIDC, Pimpri - Chinchwad, Pune – 411018, MH, India. Mobile No : 

+91 7030669818

Mail ID: 

sales@smdgearbox.com

[yongxingmachinery]

Processing method of spline shaft

There are many processing methods for spline shafts. It mainly adopts cutting processing methods such as hobbing, milling and grinding, as well as plastic deformation processing methods such as cold hammering and cold rolling. Today, Jiangyin Yongxing Machinery will briefly introduce you one by one.

1. Roll cutting method

Use the spline hob to process the spline shaft milling machine or gear hobbing machine according to the generative method. This method has high productivity and precision and is suitable for mass production.

2. Milling method

On a universal milling machine, a special forming milling cutter is used to directly mill the contour between teeth, and an indexing head is used for tooth-by-tooth milling. If you don't need a forming milling cutter, you can also use two disk milling cutters to mill both sides of a tooth at the same time, and then use a disk milling cutter to slightly trim the bottom diameter after milling each tooth. The productivity and accuracy of the milling method are low, and it is mainly used for processing spline shafts centered on the outer diameter and roughing before hardening in single-piece small batch production.

3. Grinding method

Grinding the spline tooth side and bottom diameter on the spline shaft grinder with a forming grinding wheel is suitable for processing hardened spline shafts or spline shafts with higher accuracy requirements, especially spline shafts centered on the inner diameter.

4. Cold play

It is carried out on a dedicated machine tool. The two heads arranged symmetrically on the outer side of the workpiece circumference rotate at a constant speed ratio with the indexing rotation and axial feed of the workpiece. Each time the workpiece rotates by 1 tooth, the forming wheel on the head matches the tooth groove of the workpiece Hammering once, under the continuous hammering of the high-speed and high-energy movement of the wheel, the surface of the workpiece is plastically deformed to form a spline.

spline shaft customization

The accuracy of cold hammering is between milling and grinding, and the efficiency is about 5 times higher than that of milling. Cold hammering can also improve material utilization.

If you have a need for spline shaft customization, please consult Jiangyin Yongxing Machinery. We focus on the processing of high-quality precision mechanical parts, and provide a series of design and manufacturing. Our facility can provide you with tailor-made solutions to fit your unique specifications.We are looking forward to the cooperation with you!

[seoteams]

Ascendancy of Milling Spline Shaft

Sprocket gears will be used in bicycles, track vehicles, cars, motorcycles, and other machinery either to communicate rotary movement between two rods where gears are inappropriate or to separate linear motion to a trail, binding etc.

Milling Spline Shaft is one of the several processes. This is one of the machining teeth into external or internal splines. Spline cutting can be applied to make gears, shafts, and other mechanical substitutes that mix into one another.  This will be used to grant power for shifting it throughout a mechanical system.

[yuchunsg]

Yu Engineering PTE LTD was established since 1986 and has become a top Gear making and manufacturing brand in Singapore. It is famous for its machinery product and its own specialty in hopping services.It is also available in Malaysia, Australia and Timor Leste where it has created good recognition in terms of services and brand.

[yourmakemachineblog]

The use of CNC gantry milling machine The CNC gantry milling machine of Zaozhuang Make Machinery Co., Ltd. is a machine tool with a wide range of applications. It can process planes (horizontal planes, vertical planes), grooves (keyways, T-slots, dovetail grooves, etc.), and gear parts (gears, Spline shafts, sprocket wheels, spiral surfaces (threads, spiral grooves) and various curved surfaces. In addition, it can also be used to process the surface of the revolving body and the inner hole and cut off the work. When the CNC gantry milling machine of Zaozhuang Make Machinery Co., Ltd. is working, the workpiece is installed on the worktable or the indexing head and other accessories. The rotation of the milling cutter is the main motion, and the feed motion of the worktable or the milling head is supplemented, and the workpiece can be obtained. The required processing surface. Due to the multi-cut intermittent cutting, the productivity of the milling machine is high. A machine tool that uses a milling cutter to mill a workpiece. In addition to milling planes, grooves, gear teeth, threads, and spline shafts, milling machines can also process more complex profiles. The efficiency is higher than that of planing machines. It is widely used in machinery manufacturing and repair departments. Zaozhuang Make Machinery Co., Ltd. Gantry Milling Machine XQ2025-40, XQ2014-30 are on sale! https://www.instagram.com/p/CM-6tA9jseq/?igshid=zpkp15lhea4x