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Shearing Machines
(677 products available)A Shearing Machine is a powerful and precise tool used for shearing sheet metal, plates, and bars from the stock any desired length and width. A very important machine in sheet metal, automotive, metal fabrication, and construction industries, where accurate and close tolerance cutting is a basic requirement. Shearing is the method by which force is applied to the workpiece to induce thought fracture along a predetermined line. Shearing machines are capable of cutting various materials like steel, aluminum, and all metals and are highly versatile for various uses. Based on the work to be done, shearing machines are of various types, from guillotine shears, hydraulic shears, to mechanical shears. Thus, the most significant features of the shearing machine are an extremely heavy frame, good-quality blades, back gauge adjustment for piece precise cutting, and most of the shearing machines have an electric or hydraulic safety system that is based on up thrust for safety. Shearing machines are usually equipped with emergency stop buttons and covers for protection when in operation. The straightforward design of a touchpad control panel allows operators to set their cut parameters and monitor them easily. Regardless of metal fabrication, automotive manufacturing, or construction, the shearing machine provides a dependable and productive solution to your basic and additional cutting needs. Most relevant, shops dispatch details on newly updated models along with the latest deals and discounts in shearing machines at Aajjo. Read more
Shearing Machines Products, Price, Specifications & Features
Power Shearing Machine
₹ 1,20,000
Get Best Price| Automation Grade : Automatic |
| Max Shear Thickness : 2-3 mm |
| Usage : In Industries |
Metal Shredder
₹ 1,00,00,000
Get Best Price| Automatic Grade : Automatic |
| Material : Iron |
| Shredding Capacity : 1-500 kg/hr |
| Shredding Material : Paper |
₹ 50,00,000
Pneumatic Shearing Machine
₹ 2,75,000
Get Best Price| Cutting Material : Copper, Iron |
| Frequency : 50 Hz |
| Material : Mild Steel |
| Max Shear Width : 0-500 mm |
₹ 1,75,000
₹ 3,00,000
₹ 3,50,000
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Metal Sheet Shearing Machine
₹ 8,50,000
Get Best Price| Main Hydraulic Cylinder : 450 Ton Capacity |
| model : Metal Sheet Shearing Machine |
| Oil Drive : Hydraulic 68 CST |
| Seals : Imported PU Seals |
M.s Automatic Power Shearing Machine, Max Shear Width: 1000-2000 mm
₹ 4,00,000
Get Best Price| Automation Grade : Manual |
| Capacity : 4 MM M.S |
| Cutting Material : Stainless Steel |
| Material : M.S |
Shearing Machine
₹ 7,00,000
Get Best Price| Cutting Material : Stainless Steel |
| Frequency : 60 Hz |
| model : Shearing Machine |
| Operation Mode : Semi-Automatic |
₹ 7,00,000
₹ 7,00,000
DODSONS Shearing Machine
₹ 1,60,000
Get Best Price| Automation Grade : Semi-Automatic |
| Back Gauge Force : Electricals |
| Back Gauge Range : NC Control |
| Body Material : MS PLATES |
Automatic Flying Sheet Metal Shearing Machine for MS, SS, HR, CR, GI, GP, CRGO, PPGI, Color Coated, Aluminium, Copper
₹ 10,00,000
Get Best Price| Brand: MANTRA MACHINERIES |
| Automation Grade : Automatic |
| Availability : In Stock |
| Brand : MANTRA MACHINERIES |
| Capacity : MAX 3 MM |
Foot Shearing Machine 24 Inch
₹ 1,00,000
Get Best Price| Body Material : C.I |
| Brand : Delta |
| Capacity : 24" x 20 swg in M.S |
| Operation : Foot Operated |
Mechanical Cutting and shearing machine 125 ton
₹ 11,50,000
Get Best Price| model : Mechanical Cutting and shearing machine 125 ton |
20 ms SHEARING MACHINE, Max Shear Width: 1000-2000 mm, 440
₹ 4,10,000
Get Best Price| Cutting Material : Iron |
| Frequency : 20 |
| Material : ms |
| Max Shear Thickness : 3 to 4 mm |
₹ 1,00,000
₹ 1,85,000
50 Hz Kanara Hand Shearing Machine, For Industrial, 240 V
₹ 1,00,000
Get Best Price| Cutting Material : Copper |
| Frequency : 50 Hz |
| Max Shear Width : 0-500 mm |
| Operation Mode : Automatic |
Automatic Mild Steel Power Shear Over Crank
| Automatic Grade : Automatic |
| Material : Mild Steel |
| Max Shear Thickness : 5-6 mm |
| Max Shear Width : 1270-3125 mm |
Treadle Shearing Machine, 2 mm
₹ 1,00,000
Get Best Price| Automation Grade : Manual |
| Body Material : C.I body |
| Capacity : 1270 x 1mm |
| Cutting Material : Iron |
Mechanical Shears Machine
₹ 3,50,000
Get Best Price| Capacity : upto 4mm |
| Country of Origin : Made in India |
| Cutting Material : Iron |
| I Deal In : New Only |
₹ 5,75,000
₹ 4,50,000
Aluminium CNC Shearing Machine, Automation Grade: Semi-Automatic
₹ 1,00,000
Get Best Price| Automation Grade : Semi-Automatic |
| Capacity : 25 Ton |
| Indication : yes |
| Layout : Horizontal |
Esskay Modular Box Sheering Machine
₹ 1,95,000
Get Best Price| Body Material : Steel |
| Brand : Esskay |
| Crank Shaft Diameer : 138 mm |
| Cutting Capacity : 2500 mm |
Semi Automatic Shearing Machine
₹ 2,45,000
Get Best Price| Body Material : MS |
| Brand : Dodia Brand |
| Cutting Material : Copper |
| Max Shear Thickness : 2 to 3 mm |
₹ 6,50,000
₹ 1,60,000
Power Shearing Machine
₹ 10,00,000
Get Best Price| Body Material : Majestic |
| Max Shear Thickness : 3-4 mm |
| Max Shear Width : 500-1000 mm |
| Power Source : Electricity |
Mechanical Shearing Machine
₹ 2,55,000
Get Best Price| Availability : In Stock |
| Crank Shaft Diameer : 138 mm |
| Cutting Capacity : 2500 mm |
| Depth of Throat : 100 mm |
₹ 5,25,000
Precision Bench Shearing Machine
₹ 1,00,000
Get Best Price| Cutting Material : Stainless Steel, Copper, Aluminum |
| Max Shear Thickness(mm) : 3 to 4, 2 to 3, 4 to 5 |
| model : Precision Bench Shearing Machine |
| Operation Mode : Automatic |
₹ 2,50,000
₹ 1,00,000
Automatic Heavy Duty Power Shearing Machine
₹ 6,00,000
Get Best Price| Body Material : Mild Steel |
| Cutting Material : Stainless Steel |
| Frequency (Hertz) : 50 |
| Max Shear Thickness(mm) : 3 to 4 |
₹ 6,00,000
Semi-Automatic Power Shearing Machine
₹ 3,00,000
Get Best Price| Automation Grade : Semi-Automatic |
| Cutting Material : Iron, Stainless Steel |
| Max Shear Thickness(mm) : 1 to 2 mm, 2 to 3 mm |
| Max Shear Thickness : 2-3 mm, 1-2 mm |
₹ 4,50,000
SS Sheet Shearing Machine
₹ 5,00,000
Get Best Price| Automation Grade : Semi Automatic |
| Material To Be Cut : Mild Steel |
| model : SS Sheet Shearing Machine |
| Rated Power : 12 kw Warranty 1 Year |
₹ 3,70,000
Hedge Shear
₹ 1,00,000 /Bag
Get Best Price| Cutting Application : Hedges, Shrubs, Bushes & Plants |
| Cutting Material : High Carbon Steel / SK5 Steel |
| Material : High Carbon Steel / SK5 Steel / Steel with PVC Grip / Aluminum Alloy |
| model : Hedge Shear |
Mild Steel Metal Shearing Machine, Automation Grade: Semi-Automatic
₹ 7,50,000
Get Best Price| Automation Grade : Semi-Automatic |
| Brand : Rajesh |
| Capacity : 1500 x 8 mm |
| Cutting Material : Mild Steel |
MS/SS Power Shearing Machine, More Than 12 mm, 440V
₹ 6,00,000
Get Best Price| Automation Grade : Manual |
| Country of Origin : Made in India |
| Cutting Material : Stainless Steel |
| Delivery Time : 45 WORKING DAYS |
₹ 1,00,000
Stainless Steel Tradle Shearing Machine
₹ 1,00,000
Get Best Price| Cutting Material : Stainless Steel |
₹ 1,00,000
2030mm Mechanical Shearing Machine, 440V
₹ 4,20,000
Get Best Price| Automation Grade : Semi-Automatic |
| Cutting Material : Stainless Steel |
| Frequency : 50Hz |
| Max Shear Thickness : 2mm |
Automatic Mechanical Over Crank Shearing Machine
₹ 4,50,000
Get Best Price| Automatic Grade : Automatic |
| Cutting Material : Carbon Steel, Copper, Iron, Aluminum |
| Frequency : 50/60 Hz |
| Max Shear Thickness : 1-6 mm |
Shearing Machines
₹ 9,60,000
Get Best Price| Body Material : mild steel |
| Cutting Material : Stainless Steel |
| Max Shear Thickness(mm) : 1-6mm |
| Max Shear Width : 0-3000 |
₹ 6,15,000
₹ 7,60,000
Heavy Duty Shearing Machine
₹ 6,15,000
Get Best Price| Cutting Material : MS, SS, Aluminum, etc. |
| Frequency : 50 Hz |
| Max Shear Width : 1000-2000 mm |
| model : Heavy Duty Shearing Machine |
Pneumatic Shearing Machine
₹ 8,00,000
Get Best Price| Automation : Semi-Automatic |
| Material : Mild Steel |
| model : Pneumatic Shearing Machine |
| Phase : Single |
Mechanical Shearing Machine
₹ 2,50,000
Get Best Price| Automatic Grade : Automatic |
| Brand : Rajesh |
| Driven Type : Electric |
| Layout : Vertical |
Flying Shear Machine, 3 mm, Max Shear Width: 1000 mm
₹ 11,80,000
Get Best Price| Cutting Material : Stainless Steel |
| Max Shear Width : 1000 mm |
| Operation Mode : Automatic |
| Sheet Thickness : 3 mm |
Hot Saw Shearing Machine, 12 mm, Max Shear Width: 500 mm
₹ 20,00,000
Get Best Price| Air Clutch : No |
| Back Gauge Force : Not Relavant |
| Back Gauge Range : Not Relavant |
| Back Gauge Speed : Not Relavant |
Heavy Duty Shearing Machine, Max Shear Width: 3 mtr
₹ 18,00,000
Get Best Price| Cutting Material : Stainless Steel |
| Max Shear Width : 3 mtr |
Power Shearing Machine, 415V
₹ 1,20,000
Get Best Price| Automation Grade : Manual |
| Availability : In Stock |
| Cutting length : 1000 mm |
| Motor Power : 30HP |
₹ 1,20,000
MS Velvet Fabric Shearing Machine, Max Shear Width: 200 to 250 cm
₹ 30,00,000
Get Best Price| Delivery Time : 40 days |
| Dimension : 3.98 x 3.89 x 2.98 mtr |
| Fabric : Velvet fabric |
| Fan Power : 7.5 kW |
Snap Shearing Machine
₹ 1,00,000
Get Best Price| Application : Industrial |
| Brand : Steelmen Machinery |
| Power Source : Electric |
| Recommended Order Quantity : 1 |
Top Shearing Machines Manufacturer and Supplier
Frequently Asked Questions about Shearing Machines
What are shearing machines?
Mostly used for cutting materials including sheet metal, plastic, and even paper, shearing machines are mechanical tools. A group of blades is utilized to shave the material with accuracy and cleanliness, necessitating less force. Several industries, such as car manufacturing, aviation, and construction, need shearing machines for the aim of shaping materials into desired shapes. Each form shearing machine takes is designed for a certain use. For instance, guillotine shearing machines usually run hydraulically or mechanically, and shear sheets using a straight blade. Mass manufacturing, however, finds rotary shearing machines perfect since they use revolving blades for repeated cutting. A shearing machine's efficiency rests in its capacity for accuracy, speed, and cutting. A few machines are run manually to provide better cuts; others are hydraulic-motor-driven or electric-motor-driven. Because they can precisely cut materials to needed proportions, shearing machines are thus rather important in the production process.
What are examples of shearing machines?
Each type of shearing machine has a specific cutting job and material in mind. One of the most often used guillotine shearing machines had a straight blade operated vertically to cut sheet metal. In metal production companies, they are applied somewhat widely for precise cutting. Usually with a moveable blade gap and angle adjustment to allow customising of the thickness of material, hydraulic shearing machines cut extremely precisely from the blade using hydraulic force. Rotary shearing machines are the best option for large-scale manufacturing facilities like steel or paper mills since they allow rotating blades for continuous cutting. Driven by electric motors, power shears are general-purpose instruments able to cut straight lines as well as curves in sheet metal and other thin materials. Hand-operated devices built without a throat plate, throatless shears let the operator cut materials free at various angles and curves. Other examples are bench shears and CNC shearing machines, which are installed on tables for the cutting of medium-sized metal components and use computer-operated systems offering more accuracy and efficiency. For heavy-duty cutting uses, alligator shears are heavy-duty equipment with moveable and fixed blades. Based on their type and purpose, each of them meets various industrial applications.
Which motor is used in shearing machine?
Electric engines typically power shearing machines in their cutting handles. The most commonly utilized sort is the AC acceptance engine, which is profoundly reliable and possesses the capacity to supply tall beginning torque. This involves adjusting the machine to quickly increase the cutting speed from zero to the fundamental speed. We use acceptance engines due to their robust development and ability to withstand sudden torque loads when cutting through thick materials. Several shearing machines also use water-powered engines, in addition to AC acceptance engines. Such engines drive pressure-driven barrels, pressurising cutting edges to suit heavy-duty applications. The progressive use of servo engines ensures control and accuracy in operations. For higher cutting precision and replicability, these can be outlined to modify the area, speed, and torque of edges. In a few of them, the shearing machines can also make use of gearboxes to increase engine utilisation by reducing speed and expanding torque. Shearing machines' blend of engine sorts makes it different for them to cut materials from numerous sources that fulfil certain industry needs. Accomplishing the essential cutting constraint and operational proficiency amid shear operations depends much on engine choice.
What is the principal of the shearing machine
Shearing machines are based on the activity of cutting out materials, mostly metal sheets, through two cutting edges. The machine settles on one edge, while a moving edge follows a straight path to apply shear on the fabric. This separates the substance accurately along a straight cut. Unequivocally situated on the machine's work surface, the best edge falls upon the foot edge. The thickness of the fabric to be cut will permit one to direct the space between the edges for compelling cutting. The altar brings down harm. damage harm Synonyms The machine applies pressure to the workpiece and enhances the shearing drive, thereby preserving the edges. The machine's plan might incorporate highlights like a squeezing instrument to keep the fabric in place while it is being cut and a back gauge for fitting fabric positioning. Shearing machines can use a variety of components, including pressure-driven or mechanical drives, to replace the cutting drive. The electrical gear controlling the edge speed and movement runs the cutting operation. For the most part, talking, shearing machines are basic instruments in metalworking and generation since they empower steady and dependable, correct cuts.
What are the advantages of a shearing machine?
Shearing machines are beneficial in many different sectors thanks to their several advantages. One of the most fascinating aspects is great cutting precision since it allows perfect and accurate cuts free from most mutilation. This accuracy is essential in the fabrication sector, where exact estimations are very vital. Shear points on shearing machines also let managers vary the cutting action based on the type and thickness of the cloth. This adaptability increases the validity and efficiency of the equipment. Another great benefit is the shearing machines' increased lifetime length's edges' usage. Many sophisticated machines have reversible edges that can use all cutting edges, hence prolonging their lifetime over conventional edges. Furthermore, the life expectancy of these machines begins with their often active, pressure-driven frames, which want little support. Shearing machines are also flexible and can cut carbon steel, aluminium, and stainless steel among other materials. Their adaptability qualifies them for several jobs in metalworking and fabrication. At last, shearing produces little waste during the cutting process, therefore lowering fabric costs and improving the general efficiency of standard mechanical procedures.
What is the speed of a shearing machine?
The type and plan of a shearing machine determine its speed. Generally, shearing machines operate at a speed of 8 to 20 strokes per minute. Its speed can completely determine the productivity of the machine along with the quality of the produced cuts. For instance, mechanical shearing machines naturally have faster cutting speeds compared to water-powered types, which may be slower but have an infinite cutting capacity. Particularly for mass generation models of a limited number of top-performing machines, the speed of cutting could be as fast as 100 cuts per pet.This fantastic speed makes quick fabric handling workouts, such as those with mechanised generation lines, possible. The nature and thinness of the materials determine the true cutting rate because thinner materials need average cutting to make a clean cut without damaging the edges. Moreover, high-speed shearing machines often come with speed modification features so that administrators can choose to enhance operation depending on indicated cutting requirements. The flexibility ensures operational precision and promotes high efficiency under specific working conditions. Generally, the rate of a shearing machine may be a key indicator of its functional competence as well as product quality.
What is the hydraulic system of a shearing machine?
A shearing machine's water-powered framework is a basic component operating its cutting movement. It creates a limit in a water-driven liquid to help the machine precisely cut over a few materials. Among the elements of the system are pressure-driven barrels, control valves, an oil pump, and many other essential parts. The pump drives pressured liquid pumped into the barrels once the machine is going, which vertically responds to the cutting edges within the fabric. This tool allows the shearing machine to handle a variety of materials with varying thicknesses by adjusting the cutting weights accordingly. The water-driven hold-down device locks the fabric in place amid cutting, stopping development that can result in incorrect cuts. Furthermore, since they run noiselessly and with less vibration, pressure-driven frameworks give managers a more appealing workplace. Pressure-driven framework design also helps to reduce fabric misshapening among cutting and edge wear. Shearing machines are suitable for a few jobs with entirely distinct segments, such as metal fabricating, vehicles, and development, because the water-powered framework advances their common productivity and suitability. Regarding cutting activities, this approach ensures consistent performance and outstanding results.
What is the principle of shearing machine?
A shearing machine function through cutting materials—particularly sheet metal—with the assistance of two blades. One blade remains fixed while the other oscillates straight forward, shear force exerted on the material between the two. Because the top blade comes down on the bottom blade, thereby cutting the material straight forward, this motion offers a clean cut. The spacing between blades can be variable depending on what material is to be cut as well as blade thickness for peak cutting performance. This alteration ensures proper engagement of the shearing force, hence minimising blade damage and also the work material. Having a rear gauge in the machine design of a shear could provide for accurate placing of the work material for the cut. Shearing machines employ hydraulic systems in most cases to produce the cutting force required. Hydraulic system control of movement and pressure ensures greater precision and efficiency during operation. On a general basis, the shearing machine is an important machine in the majority of manufacturing and production because it couples mechanical motion with hydraulic power to provide precise cuts.
What is the tolerance of a shearing machine?
In shearing materials, tolerance of a shearing machine refers to the permissible deviation from a given dimension. To ensure that final components are up to standard specifications used in many production activities, tolerance is strictly essential. As a general rule, hydraulic shearing machines are capable of producing tolerances of ±0.1 mm and provide higher accuracy. Their precision makes them suitable for use in industries such as automotive and aviation where precise measurement is imperative. Mechanical shearing machines are normally, however, supplied with an accuracy of some ± 0.5 mm. Even though they are as fast and efficient as they are, their rapid motion of components may tend to make them less precise than hydraulic models. Tolerances for thicker materials may be more generous and normally with more liberal allowances. By and large, conditions such as what sort of shearing machine is used, what substance is being severed, and the thickness of that substance dictate what actual tolerance will be achievable. Those producers making components are constantly considering such tolerances in order to ensure that parts connect properly and perform as intended for their final application.
What is the capacity of a shearing machine?
The ability of a shearing machine to shear materials depending on length and thickness is its cutting capacity. Machine characteristics and design will have a significant influence on the cutting capacity. For mild steel, hydraulic shearing machines for example have a capacity for cutting thickness between 3 mm to 40 mm. The true capacity will generally differ with respect to the model; heavy-duty models will take up to 32 mm and the initial machines can potentially take a thickness of around 6 mm. As for shearing length, cutting machines typically range between 2000 mm and 6000 mm in length, while some expert machines are designed to cut longer sheets. Even maximum shear width control is machine throat depth, which varies between 750 mm and over 1500 mm. Varying material also impacts machine capacity. Stainless steel is typically sheared at around 60-70% of the mild steel's capacity, while aluminium can be expanded to 150-200%. It is generally accepted that the selection of equipment for a specific industrial operation depends on knowledge of the specific capacity of the machinery.
What is CNC shearing machine?
A CNC shearing machine is a sophisticated device for sheet metal cutting. It offers good precision plus productivity. Computer Numerical Control (CNC) technology automates the cut - operators enter dimensions, angles along with cut sequences. The machine uses a sharp top blade. It moves downward toward a stable bottom blade to shear metal. This process creates neat, precise cuts. The machines have features like programmable controls, safety features as well as material handling systems. These features raise output and lower waste. They can cut various metals such as steel, aluminum next to copper. Because of this automotive, aerospace in addition to construction industries find them important. The CNC system provides dependable performance and can adapt to varied jobs. It alters metal fabrication through precision plus quickness.
What are the defects of shearing machine?
Various shearing machine faults influence not just the performance but also the cut material quality. One such fault where the blade gap is not properly secured or the blades are broken and blunted is an uneven development of deformed edges. The fault results in jagged and random edges on the sheared product. Another common fault is burring: additional edges or lumpy surfaces form on the surface when cutting. Either incorrect alignment of the blade or lack of sufficient pressure while carrying out the cut may result in burrs. Another type of fault is twisting, where the material tends to curve or twist after being sliced. Typically, it is due to either too deep rake angles or the inherent tendency of the material to be sheared. Internal stresses in the material typically lead to bending, causing thin strips of material to bend downward during cutting, Moreover, cambering is a deformation of materials capable of producing size errors. Shearing machine operation is also slowed down by mechanical component breakdown, including hydraulic system or motor problem. Appropriate maintenance and installation help to reduce such flaws and realize correct and efficient cutting techniques.
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