China Agriculture Cultivator Points Manufacturers, Suppliers, Factory - Professional Customized Agriculture Cultivator Points

Your Leading Ningbo T & X Machinery Co., Ltd. Supplier

Founded in 2004 and located in Ningbo city, east seaport of China
T & x Machinery has been committed to providing customers with various OEM products and offering services according to diversified processes like forging,casting and CNC machining.Meanwhile,T&X Machinery pays high attention to its own product research & development.

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01/

High quality
Our products are manufactured or executed to very high standards, using the finest materials and manufacturing processes.

02/

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We offering a higher-quality product or service at an equivalent price. As a result we have a growing and loyal customer base.

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Rich experience
Our company has many years of production work experience. The concept of customer-oriented and win-win cooperation makes the company more mature and stronger.

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Our products support global shipping and the logistics system is complete, so our customers are all over the world.

05/

After-sale service
Professional and thoughtful after -sales team, let you worry about us after -sales Intimate service, strong after -sales team support.

06/

Advanced equipment
A machine, tool or instrument designed with advanced technology and functionality to perform highly specific tasks with greater precision, efficiency and reliability.

Spring Tine Harrow With Tungsten Carbide
The spring tine grass harrow is a tool used for maintaining and improving the health of grassland. Its primary function is to aerate the soil, remove thatch and moss, and prepare seedbeds for
Boron Steel or Alloy Steel Tillage Share Blade
plowshare and plow disc are an essential tool in agriculture. It is used to prepare the soil for planting by breaking up the ground and creating furrows. Plow blades come in a variety of sizes and
4000 tons Forged Tillage Reversible Points
Wearable agriculture spare parts, made by forging or hot stamping, such as plough shares, disc blades, reversible socs,tines for vibratory cultivators, blades, teeth for rotary harrows, knives for
Tillage S Tine-Cultivator Tine
Wearable agriculture spare parts, such as plough shares, disc blades, reversible socs,tines for vibratory cultivators, blades, teeth for rotary harrows, knives for rotary prunning crushhers.
Boron Steel Tillage Shank With Good Properties
OEM tillage tines,wearable and high properties via boron steel, great tillage replacement parts.Tine cultivators that saves time and fuel.Surface treatment can be powder coating or painting.
Tungsten Carbide Brazed Sweep Points
Material: Manganese steel,Boron steel,Chromoly steel. Process: Ductile iron casting,Sand casting,Forging,Investment Casting, Tungsten carbide brazing
Hard Faced Sweep Points
Material: Manganese steel,Boron steel. Process: Ductile iron casting,Sand casting,Forging, Hot rolling,Brazing
Carbide Insert Cultivator Points
Material: Manganese steel,Boron steel,Iron steel. Process: Ductile iron casting,Sand casting,Forging,Hot rolling,Carbide brazing
Cultivator Sweeps
Material: Manganese steel,Boron steel. Process: Ductile iron casting,Sand casting,Forging, Hot rolling

What is Rotavator Blade?

This is a blade which starts with a vertical shank and ends with a horizontal foot but in which the sharp right-angle bend between the shank and foot of the “L” blade is replaced by a gentler curve.

What is Cultivator Sweeps?
They are used to till the soil, remove weeds, and prepare the land for seeding. Cultivator shovels are also useful for loosening compacted soil, improving drainage, and allowing air and water to penetrate the soil.

Benefits of Rotavator Blade

Efficient soil preparation

Rotavator blades effectively till and mix the soil, making it suitable for planting.

Time and labor savings

They save time and reduce the need for manual labor, making the soil preparation process more efficient.

Weed control

Rotavator blades can help control weeds by uprooting and burying them in the soil.

Incorporation of crop residues

They incorporate crop residues into the soil, improving soil structure and nutrient content.

Soil aeration

Rotavators improve soil aeration by breaking up compacted soil layers, promoting root growth and better water drainage.

Seedbed preparation

They create a fine, level seedbed for planting, leading to more uniform crop emergence.

Soil fertility enhancement

Rotavators can help improve soil fertility over time by distributing organic matter and nutrients evenly.

Reduced fuel consumption

They often require less fuel compared to other intensive tillage methods.

Benefits of Cultivator Sweeps

Improved soil structure

Cultivator sweeps break up compacted soil, which helps improve soil structure and aeration. By doing so, this allows for better water infiltration and drainage, helping plants grow better and resist disease.

Weed control

Cultivator sweeps can be used to remove weeds from the soil by either uprooting them or burying them. This can help reduce competition for resources such as water, nutrients, and sunlight, allowing crops to grow more efficiently.

Time and labor savings

Using a cultivator sweeps can save time and labor compared to using a plow. Cultivators are faster and easier to use, making them ideal for large-scale farming operations.

Soil conservation

Cultivator sweeps are designed to be less disruptive to the soil than plows, which helps preserve soil health, reduce erosion, and maintain soil productivity over time.

Cost savings

Cultivator sweeps are generally less expensive and they also require less maintenance and fuel, which can save money over time.

Types of Rotavator Blade

Penetrating-long life-Heat Treated Row Crop Sweeps

L blade

The long shank blade as the name implies, has longer shank than the standard power blade. This allows the greater clearance between the blade and rotor. With this, a greater depth of cultivation is obtainable if tractor power and conditions are allowed.

Ploughing Blade-Plough Shares-Plough Accessories-Planting Blade

C blade

This blade has more efficient self-cleaning action, uses less power and produces a coarser finish than the other blades. Other blades like trash, renovating to fit the special rotors for specific applications.

Wearable Tillage Reversible Points-Tines For Vibratory Cultivators

J type

J type Rotavator blades offer deeper plough and help you run faster for hard or clay soils. J type rotavator blades provide more violent and aggressive tillage during the harvesting.

Types of Cultivator Sweeps

Point-and-share (three-piece) sweeps (14" To 27" wide, for straight shanks) Use a pair of replaceable, two-edged shares that usually lay flat to slice weeds. Replaceable point fractures soil, increasing penetration.

One-piece, no-till sweeps (6" To 28" wide, for straight shanks) Have a flat-crown, low wing (shoulder) angle. These sweeps leave row middles flat; slice through tall weeds and uproot shallow ones.

Pointed row-crop sweep (4" To 7" wide, for S-tines). Better penetration than wider sweeps, more coverage than narrower shovels. Low-profile sweeps give similar soil mixing and weed impact as one-piece sweeps; moderate profile (higher center zone) causes greater mixing.

Duckfoot sweep (2" To 7" wide, for S-tines) Provides good penetration of hard soil, significant soil mixing and weed uprooting (not slicing).

Vegetable (beet or delta) knife (8" To 30" wide, for straight shanks). For close cultivation in clean-tillage fields. A long, flat vertical face runs parallel to the row to protect the crop while a thin, flat sweep extends into the row middle. Mounted on straight or offset (dog-leg) standards.

Ridging Wings (On no-till sweeps) Divert soil into row area to bury weeds and create an elevated ridge of soil for next year's planting at the same row position as the current year. Often width-adjustable and hinged to swing upward on the standard into a storage position during non-use. Usually used at last cultivation.

Application of Cultivator Sweeps

Weed removal
Using sweeps can physically uproot or sever young weeds as they push up through the soil. The young plants will then wither and die before they have a chance to become established or set seed. Shallow sweeps are usually sufficient for this task because the plants are still tender with poorly developed root systems, so soil disturbance is minimal. Regularly using sweeps can help farmers keep on top of weeds without the need for any other treatments.

Incorporating cover crops
Planting a cover crop is one method farmers can use to prevent soil erosion and reduce weed problems. Cover crops may be planted in the season before the main crop (for example, winter wheat), or they can be planted a short time before the main crop is due to be planted. In the latter case, the most common crops are fast-growing legumes like clover, peas, soybeans and alfalfa. These plants accumulate biomass quickly, crowding out weeds. The cover crop is terminated right before planting of the main crop, and the residues are incorporated into the soil using sweeps. This process is sometimes called ‘green mulching’.

Disturbing weed roots
For more established weeds, sweeps are a great way to cut through their root systems beneath the soil, preventing the plant from absorbing water and nutrients so that they wither up and die. It’s important to use strong, sharp blades and set the sweeps to a sufficient depth where they can cut through tough tap roots effectively.

Enhancing herbicide application
In some cases, sweeps are used in conjunction with herbicide application. The sweeps disturb the soil, which allows herbicides to reach the weed roots more easily. Combining mechanical and chemical weed control can significantly reduce the farmer’s dependence on expensive herbicides.

Material of Rotavator Blade

Rotavator blades are manufactured from high carbon steel, boron steel, mild steel or cast iron. All these individual materials feature impact resistance & long durability.

How to Maintain Rotavator Blade

In the rotavator blades be ensure the mud lumps are removed. For that rinse with plenty of water.

In first of all examine corrosion of mounting point of tilling blades, if be corroded on that point. Mount point & tilling blade should be thoroughly clean. Therefore, apply anti corrosive preparation.

Ensure lock bolt of tilling blade undamaged condtion.in which bolt corroded or worn, the bolt should replace lock bolt of tilling blade because the bolt will break during operation. If will happen, that operator or owner will lose their profit. Our farmers have careless things about it. Should turn anti-clock wise of lock bolt of tilling blade for anti –rust preparation as well as blades dismount in which tilling blades remount before don’t dismount another tilling blade.(wrench 17mm)

Should disassemble tilling blades shaft by turn anti clock wise of lock bolt of the tilling blades shaft (wrench 21 mm).shaft should rinse diesel or kerosene for remove rust and impurities. After that wipe shaft by cotton clothes, in which shaft applied anti-rust preparation such as oil(SAE 90) or yellow grease before assemble.

Similarly procedure should follow to other side of rotavator blades. Ensure blades should mount proper way of necessity.

How to Maintain Cultivator Sweeps

Clean the cultivator sweeps: Before and after each use, clean the cultivator sweeps thoroughly. Remove any debris, mud, or plant residues that may have accumulated during operation. Use a brush, scraper, or compressed air to clean hard-to-reach areas.

Lubricate moving parts: Proper lubrication reduces friction, minimizes wear and tear, and extends the life of the cultivator. Apply lubricating oil or grease to all the specified points mentioned in the manual, including bearings, chains, gears, and pivot points. Use the recommended lubricants and follow the guidelines for frequency and quantity.

Sharpen blades and tines: The cutting blades or tines on a cultivator sweeps can become dull or damaged over time. Sharpen them periodically to ensure effective soil penetration and cutting. Use a file or grinding wheel to remove nicks or burrs from the edges, maintaining the recommended angle and blade balance.

Store properly: When not in use, store the cultivator sweeps in a clean, dry, and protected area. Shield it from extreme temperatures, moisture, and direct sunlight. Proper storage prevents rust, corrosion, and damage to sensitive components.

Professional servicing: While regular maintenance can be performed by the owner, it's also beneficial to schedule professional servicing periodically. Professional technicians can conduct in-depth inspections, diagnose potential issues, and perform advanced maintenance tasks to keep the cultivator sweeps in optimal condition.

Tips for Measuring Auger Flighting

Outer & inner diameter

First, you should start by measuring the diameters you’ll need for your auger flighting. The outer diameter should be equal to the shaft diameter plus twice the strip width (the point measuring from the inside edge to the outside edge). The inner diameter of your flighting can be made to any desired measurement, but it’s common practice that they are made to fit the OD of various DOM tubing or schedule pipe sizes.

If your flighting comes out of a barrel, please provide us with the barrel’s inner diameter as well!

Material thickness

After the diameter is decided, you’ll then consider the material of your flighting and how thick the blade should be. Most auger flights are made between 1/4" to 1" thick but can be produced up to 2" if desired.

Pitch

The pitch refers to the distance between flights, which dictates how far dirt, liquids, and other products will move in a single shaft revolution. To get the most practical solution, the best practice is to match the pitch so that it’s equal to the outside diameter of the flighting.

Because you move a greater volume of product with a greater pitch, it’s recommended to avoid pitches that are less than two-thirds. However, you don’t want to exceed more than one and a half times the outer diameter.

How To Choose a Rotavator For Your

Rotavator size
Different types of rotavator are available in the market and each one has own different sizes and shapes for types of applications. Small versions of a rotary tiller like mini rotavator are especially designed to be used in the garden and on small vegetable gardens, while large models of a tractor rotavator such as medium-duty and heavy-duty are suitable to use and work in the larger areas of land like crop and grain fields. The standard size of a rotavator used in farming is from 3 to 7 feet. These kinds of rotavators are used in extensive farming operations.

Rotavator price
The cost of an agriculture rotavator usually depends upon the size and the functions. A multi-speed rotavator can cost around 1 Lakh/ Unit and can be operated easily with the PTO power of 35 to 55 HP tractors.

Rotavator blades
To prepare a perfect seedbed rotavator with L shaped blades are popular and effective. These rotating blades work attached to the shaft that takes power from tractor PTO shaft. These are configured in two types the first one is a three-blade and the second is two blade configurations.

Types of blades
Different types of blade are used as per the condition of the soil. L shaped blades are preferred in heavy cultivation as they work perfectly to eliminate weeds and frequently cause soil pulverization while the C-shaped blades are used in preparing ground with hard soil. C type blades are more curved in shape than L shaped blades and have lower tendency to clog up when used in heavy wet soils field. Other types of blade are long shank blade, Speed blade and straight knife blade.

Rotavator features
Many farmers usually are aware that preparing the seedbed in heavy and black cotton soils can be backbreaking. The clod creation can be handled with plough, cultivators and other conventional agriculture equipment. But to overcome reduce the steps using primary and secondary tillage implement, a rotavator is a versatile equipment that replaces all the implement. It cuts, smashes and mixes soil according to seedbed demand that can be rough or light.

What’s the Best Type of Sweep for Weed Control?

Sweeps come in a variety of shapes and widths for different tillage applications. Some are very narrow and pointed, while others have a shallower angle for less aggressive cutting. Sweeps also come in different depths.

Sweep shape
The angle and crown of a sweep wings will determine how it moves through the soil. Narrower winged sweeps are subject to less soil resistance so they can move more quickly and easily, especially in row crop cultivation. These sweeps are suitable for shallower cutting. Sweeps with a steeper angle will be met with more soil resistance and may be used in very dry or rocky conditions, so they move more slowly and smoothly, but are only suitable for use at shallow to medium depths.

Sweep width
The width of a sweep determines how much ground it can cover in a single pass. Wider sweeps typically have a shallower angle, and vice versa.

Sweep depth
The depth of a sweep is determined by the length of the stem or mounting bracket. A longer bracket will allow the sweep to penetrate more deeply, as will increasing the downward pressure on the plow or cultivator itself. Some machines have adjustable shanks so that farmers can get variable depths.

Narrower sweeps are better for cutting through the roots of established weeds. Wider, shallower sweeps are better for removing young weeds, or incorporating cover crops.

Our Factory

Founded in 2004 and located in Ningbo city, east seaport of China, T & X Machinery has been committed to providing customers with various OEM products and offering services according to diversified processes like forging.casting and CNC machining.

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Our Certificate

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FAQ

Q: What does a cultivator sweep do?

A: The sweeps on the front cultivator frames were usually set to run flat thus plowing as wide as they could and eliminating as many weeds as possible. The rear rig sweeps would be set slightly nose down to plow out the tire tracks and leave just a little furrow for the driver to follow next time they plowed through it.

Q: What is the angle of a cultivator sweep?

A: Bolt-On Field Cultivator Sweeps are available in four shank angles, 41, 43, 47 and 52 degree and two wing configurations: Klipped Wing and the original Ultrawing.

Q: How do you calculate sweep angle?

A: The sweep angle of a V-tail can be determined by measuring the distance between the leading edge and the quarter-chord point of the V-tail, and then using trigonometry to calculate the angle.

Q: What is a sweep in farming?

A: Sweeps are V-shaped knives drawn below the surface with cutting planes horizontal. A mounted set of sweeps provided with power lift and depth regulation is often called a field cultivator.

Q: What is a sweep plow?

A: The blade plow or sweep plow, a common tillage implement in the High Plains, cuts weeds at the roots and leaves most of the residue anchored at the surface with minimum disturbance of the soil surface. Blade plowing is typically a summer fallow operation after small grain harvest.

Q: What is better a tiller or cultivator?

A: If your jobs are mostly light, it's smart to buy an easy-to-use cultivator to maintain your garden. If you're breaking new ground frequently, a tiller might be your best bet. Remember, if you need a heavier duty tool less frequently you can always rent a tiller for the day.

Q: What is the use of sweep cultivator?

A: It is a tractor-mounted implement and depth of operation is controlled by hydraulic system. The sweep cultivator is popular in black cotton soils. This cultivator is mostly used in hard soils for shallow ploughing.

Q: What is the use of tillage sweep?

A: Sweep cultivator is used to cut up to 12 to 15cm depth of soil during first operation after harvest and shallower during subsequent operations. It is worked frequently to control weeds. It can also be used for harvesting groundnut.

Q: What is the difference between a cultivator and a plough?

A: A cultivator/tiller, on the other hand, is a more modern tool that was developed in the early 20th century. The main difference between a plough and a cultivator/tiller is that a plough is designed to break up the soil while a cultivator/tiller is designed to smooth and level it out.

Q: What is the purpose of tillage equipment?

A: Farmers turn to tillage equipment when they need to break and turn the soil. This also buries the previous crop's residue and gets rid of weeds. Tilling soil has been part of the farming process for centuries, though the implements used have changed considerably.

Q: What is the use of rotavator blade?

A: The rotavator blade is the important part of a rotavator and drives the machine in preparing the seed bed and mixing the residual soil. TATA Agrico blades are economical as they save 20% more time than regular blades and has a higher life on average because of lesser bend.

Q: Which rotavator blade is best?

A: TAIYO L / SL-TYPEPatent No.
The L-type blade is tough and is the best blade for fields with stony soil. The SL-type blade has the same toughness as the L-type but the blade is a little smaller.

Q: What is the hardness of rotavator blade?

A: Hardness of sample rotavator blade was measured on the rockwell hardness testing machine. The boron steel blade was found having maximum hardness 41.8 Rc followed by high carbon steel blade (41.3 Rc) and medium carbon steel blade (39.9 Rc).

Q: What material is used for rotavator blades?

A: The type of rotavator blade used in this present study is an L-shaped blade. The type of material used for this L-shaped blade is taken from reference i.e., High Carbon Steel. In addition to High Carbon steel, other materials like EN24 Steel, EN8 Steel, Boron Steel, and Chromium Steels were used.

Q: What machine with rotating blades that break up soil?

A: Rotavator - a type of machine with rotating blades that break up soil. A Rotavator is one of the commonly used tractor-attached implement. It is generally used for preparing seedbed for new cultivation.

Q: What are rotary tillage blades used for?

A: Rotary tiller blades are used to achieve advantages of lower draft requirement, better soil breakup and more efficient inversion and trash mixing.

Q: What is the speed of rotavator blade?

A: A study was conducted to find out the best combination of commercially available rotavator blade (L, C and J shape) and rotary speed of rotavator (180, 215 and 250 rpm) for pulverization and mixing quality in sandy loam soil.

Q: What is the difference between a rotavator and a harrow?

A: Rotovators work by breaking up compacted soil to leave the ground ready for planting. They are most often used in vegetable gardens and allotments. Our power harrows are designed for grass-less & less stony/rocky areas. The harrows sieve the top of the soil for soil aeration.

Q: What is the difference between a rotavator and a cultivator?

A: Rotavators have wheels that drive it along with the blades behind that churn up the earth, whereas a cultivator has no wheels and is driven by the blades that churn up the earth and the tiller is, in the main, a hand held soil churning machine.

Q: Will a rotavator get rid of weeds?

A: You may be tempted to hire a Rotavator, which can be a big time saver. The real problem with one of these is that they chop the pernicious weeds up into little pieces and spread them over your allotment.

As one of the most professional agriculture cultivator points manufacturers and suppliers in China, we're featured by durable products and good service. Please rest assured to buy high quality agriculture cultivator points from our factory. Also, customized service is available.

Cultivator Sweeps, Agriculture Sweep, Agriculture Shank