Anyang Qunzhi Machine Tool, formerly known as bosheng Machine Tool, has been established for more than 10 years. It now covers an area of 150,00 square meters and has more than 70 senior technicians and more than 300 technical personnel of various types.
It is a comprehensive machine tool manufacturing enterprise integrating machine tool R&D, manufacturing and technical consulting services.
Wide Range Of Application
Our products are used in many fields, such as Aviation, automobiles, ships, agricultural machinery, steel, engineering machinery, military industry, mining machinery, railway locomotives, mechanical processing, etc
One-Stop Service
- Pre-sales
We will select the machine tool model according to the customer's needs, confirm the technical agreement with the customer, and complete the customer quotation
- During sale
Track the details of machine tool purchase parts and workshop production and assembly details.
- After-sales
After receiving the user's fault report, the technicians will communicate online and provide a response within 24 hours and a solution within 48 hours.
Professional Technical Team
We have more than 70 professional technical engineers to provide professional services.
Advanced Equipment
We have professional equipment, such as Boring and milling machining center, CNC grinder, etc.
A lathe is a machine tool that rotates a workpiece about an axis of rotation to perform various operations such as cutting, sanding, knurling, drilling, deformation, facing, and turning, with tools that are applied to the workpiece to create an object with symmetry about that axis.
Lathes are used in woodturning, metalworking, metal spinning, thermal spraying, reclamation, and glass-working. Lathes can be used to shape pottery, the best-known design being the Potter's wheel. Most suitably equipped metalworking lathes can also be used to produce most solids of revolution, plane surfaces and screw threads or helices. Ornamental lathes can produce three-dimensional solids of incredible complexity. The workpiece is usually held in place by either one or two centers, at least one of which can typically be moved horizontally to accommodate varying workpiece lengths. Other work-holding methods include clamping the work about the axis of rotation using a chuck or collet, or to a faceplate, using clamps or dog clutch.
Engine Lathe
Engine lathes have been a popular invention since the Industrial Revolution. They utilized steam engines as a source of power for continuous rotation. These machines are now used majorly for industrial purposes for drilling or boring metal pieces.
Speed Lathes
Speed lathes are used for cutting work on wooden pieces. As the velocity of the revolution of the spindle in this type of lathe is high, they are known as speed lathes. They are one of the simplest machines to understand as they only consist of a headstock, tailstock, and a tool turret.
Turret Lathes
Turret lathes are ideal for producing identical workpieces. It has a turret that allows the machine to hold several cutting tools that can be used simultaneously.
Tool Room Lathes
A Tool Room lathe is the best option if you seek accuracy with cuts. In terms of function and operating process, Tool Room lathes are identical to Engine lathes. You can easily control the speed of Tool Room lathes in accordance with the desired cut.
Glass Lathes
As glass is highly fragile and can shatter when cut with a blade, a Glass lathe uses heat from a torch to make it malleable. Once the glass gets pliable, it is shaped by hand. This type of lathe is mainly used to produce glassware such as bangles or designed mirrors.
Preparation and Setup
Before any lathe operation, it’s essential to prepare the machine and workpiece. This includes ensuring the lathe machine is clean and all components, such as the lathe bed, headstock, and tailstock, are properly aligned. The workpiece is then securely mounted to the lathe. This could be done between centers in the headstock and tailstock, or more commonly, by attaching it to a chuck or faceplate connected to the spindle.
Selecting and Installing the Cutting Tool
A suitable cutting tool is chosen based on the material of the workpiece and the desired operation. The tool is then securely fixed onto the tool post or a tool holder, ensuring it’s correctly positioned and at the appropriate distance from the workpiece.
Setting Spindle Speed
The spindle speed is a critical factor in lathe operations. It must be set according to the type of material and the specific cutting operation. The lathe’s electric motor powers the main spindle, dictating the rotational speed of the workpiece.
Engaging the Feed
After setting the spindle speed, the next step is to engage the feed. The feed moves the cutting tool along the longitudinal direction of the lathe bed or in a cross-slide motion, allowing for precision cutting. This movement can be manually controlled or set to move automatically at a steady rate, determined by the lead screw and feed rod mechanisms.
Performing the Cutting Operation
The cutting process begins by bringing the tool into contact with the rotating workpiece. The lathe removes unwanted parts from the workpiece, shaping it as it rotates. Operations such as turning, facing, grooving, and threading are performed by moving the tool against the workpiece in various directions and depths.
Monitoring and Adjusting
Throughout the operation, it’s crucial to monitor the cutting process and make necessary adjustments. This includes checking the shape and dimensions of the machined workpiece, ensuring the cutting tool remains sharp and effective, and adjusting the feed rate and spindle speed as needed.
Finishing and Inspection
Once the machining operation is complete, the workpiece is usually inspected for accuracy and finish. Additional steps like sanding or polishing may be performed on the lathe to achieve the desired surface finish.
Advantages of Lathe Machines
The most significant advantage of using a lathe machine is that it can produce parts with great accuracy at high speeds. This helps reduce production times significantly, which in turn saves time and money for businesses. Additionally, machines can produce complex parts quickly without sacrificing accuracy or quality, thanks to the ability to cut threads into parts. Finally, because they are relatively easy to operate, they require minimal training, which makes them perfect for small businesses with limited resources.
Increased Productivity
One of the primary advantages of lathe machines is that they can help to increase productivity. This is because lathe machines are designed to perform various tasks, including cutting, sanding, and drilling. As a result, lathe operators can complete tasks more quickly and efficiently than hand tools.
Greater Accuracy
Another advantage of lathe machines is that they can provide greater accuracy than hand tools. This is because lathe machines allow for more precise cuts and drilling, which can help to improve the quality of the finished product.
Increased Safety
Lathe machines can also help to increase safety in the workplace. This is because lathe machines are designed to minimize the risk of injuries by reducing the need for workers to handle sharp tools. Additionally, lathe machines are equipped with safety features that can help to prevent accidents.
Reduced Costs
Lathe machines can also help to reduce costs in the workplace. This is because lathe machines are designed to be more efficient than hand tools, which can reduce the amount of time and materials needed to complete a task. Additionally, lathe machines require less maintenance than hand tools, which can reduce costs further.
Improved Quality
Finally, lathe machines can also help to improve the quality of the finished product. This is because lathe machines allow for more precise cuts and drilling, which can help improve the finished product’s overall appearance and function.
Benefits Of Using A Lathe
Lathe machines are able to follow a blueprint exactly how you would like and make the manufacturing process a breeze. They regulate all the materials you work with and allow for consistent results throughout all of your work. Even manuals lathes give you the control that will allow you to manipulate the shape of your materials into whatever you want. Now you won’t need to worry about having shaky hands ruin your work or drilling a hole too big and having to scrap your entire project.
The machine will set you back an initial investment, but it will pay itself back fairly quickly. This is because you will have a much quicker turnaround on products whilst maintaining the quality of your products. Time that you would have rather spent fixing mistakes and so on, is now spent on new products being made consistently.
Metalworking lathes are amazing as they allow you to perform both woodwork and metalwork. This is incredible if you are wanting to save money as opposed to buying 2 separate machines. Woodworking lathes won’t be durable enough to work on metal as well as wood, so keep that in mind when it comes to purchasing your lathe. Only buy a woodworking lathe if you know you won’t be working with metals.
Regardless of what stage of your business you are in, your lathe machine will always be your best friend. The versatility of a lathe allows you to create an endless number of products from pens, to flowerpots, to bangles and goblets and so on. A reliable machine can even allow you to operate on an industrial scale, whether that be creating engines and even space aircraft.
Whether you are planning on buying a second lathe or you are buying one to work with bulkier materials, you will be glad to know either way that these lathes come in a range of sizes. Smaller lathes tend to be used for more intricate workloads where as larger lathes tend to be working in larger and heavier loads with stronger materials.
The main components of ordinary lathes are: headstock, feed box, slide box, tool post, tailstock, smooth screw, lead screw and bed.
Spindle Box: Also known as the headstock, its main task is to pass the rotating motion from the main motor through a series of speed change mechanisms to make the spindle obtain the required forward and reverse rotations at different speeds, and at the same time, the spindle box separates part of the power. Transfer the movement to the feed box. The main spindle of the headstock is the key part of the lathe. The smoothness of the spindle running on the bearing directly affects the processing quality of the workpiece. Once the rotation accuracy of the spindle decreases, the use value of the machine tool will decrease.
Tool Holder: The tool holder component is composed of several layers of tool holders. Its function is to clamp the tool and make the tool move in the longitudinal, horizontal or oblique direction.
Feed Box: Also known as the knife box, the feed box is equipped with a speed changing mechanism for feeding movement. Adjust the speed changing mechanism to obtain the required feed amount or pitch, and transmit the movement to the knife through a smooth rod or a lead screw. Rack for cutting.
Slide Box: It is the control box for the feed movement of the lathe. It is equipped with a mechanism that converts the rotary motion of the light rod and the lead screw into the linear motion of the tool post. The longitudinal and lateral feed motion of the tool post is realized through the light bar transmission. And rapid movement, the tool holder is driven by the lead screw to make a longitudinal linear movement, so as to turn the thread.
Lead Screw And Smooth Rod: Used to connect the feed box and the slide box, and transmit the movement and power of the feed box to the slide box, so that the slide box can obtain longitudinal linear motion. The screw is specially set for turning various threads. When turning other surfaces of the workpiece, only the smooth screw is used, and the screw is not used.
Tailstock: It is installed as a rear center for positioning support, and can also be installed with drilling tools such as drills and reamers for hole processing.
Bed: The main parts of the lathe are installed on the bed to keep them in an accurate relative position during work.
Functions Related to Lathe Machine
Some lathe machines include functions such as a grinding function. Grinding occurs when the tool bit of the machine is moved against a material to produce a level surface. It is important for the operation of this type of machine that the tool bit be ground against the material at the same, or very near, the direction of movement of the rotation. The grinder may need to be turned in a counterclockwise direction during the operation to get the grinding effect just as in the case of vertical movement.
All of the previously mentioned types of machine operation can be combined in one single mechanism to complete one complete operation. For example, when a lathe machine is rotated by a powered tool with the help of a screwdriver, the turning of the lathe machine tool may be executed radially. In this case, the rotation of the tool need not be copied if the tool is turning in the opposite direction. In this case, the copy would be done exactly opposite to the direction of motion of the too.
Maintenance Tips of Ordinary Lathe
Regular Checks and Lubrication
Preventive maintenance is key to the longevity of lathe machines. Regular inspections and proper lubrication keep them running smoothly.
Troubleshooting Common Issues
Understanding and addressing common problems promptly minimizes downtime and ensures uninterrupted production.
Training and Skill Development
Skilled operators are the backbone of efficient lathe machine operations. Training programs empower individuals with the knowledge and expertise needed to harness the full potential of these machines.
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Common Problems of Ordinary Lathe
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