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700__990 fresh and beautiful forest watercolor illustrations_#二元##美美# Please give me the original pictures of these anime wallpapers
1. Economical CNC lathes use stepper motors and A simple CNC lathe formed by modifying the feed system of an ordinary lathe using a single-chip microcomputer. The cost is low, but the degree of automation and functions are relatively poor, and the turning accuracy is not high. It is suitable for turning rotary parts with low requirements. .
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. 1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. 1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. 1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. 1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. 1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs.
1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. 1. The economical CNC lathe uses a stepper motor and a single-chip microcomputer to modify the feed system of an ordinary lathe. It is a simple CNC lathe with lower cost, but poor automation and functions, and low turning accuracy. It is suitable for Suitable for turning of rotary parts with low requirements.
2. Ordinary CNC lathes are specially designed in structure according to the requirements of turning processing and are equipped with a general CNC system. The CNC system has strong functions, a relatively high degree of automation and processing accuracy, and is suitable for general Turning of rotary parts.
3. On the basis of ordinary CNC lathes, turning machining centers add a power head. More advanced CNC lathes have tool magazines that can control three coordinate axes. Due to the addition of a milling power head, the processing functions of this CNC lathe have been greatly enhanced. In addition to general turning, it can also perform radial and axial milling, curved surface milling, and drilling of holes and radial holes whose centerline is not in the center of rotation of the part. Waiting for processing.
(5) Other classification methods
According to different control methods and other indicators of the CNC system, CNC lathes can be divided into many types, such as linear control CNC lathes, two-spindle control CNC lathes, etc.; According to special or specialized process performance, it can be divided into thread CNC lathes, piston CNC lathes, crankshaft CNC lathes, etc.
The above is the composition and common classification methods of machine tools. Choosing suitable machine tools according to the company's own needs can reduce production costs. How many styles of illustrations are there?
How many styles of illustrations are there? There are many styles of illustrations, which can be roughly divided into flat style, MBE style, gradient style, vector illustration, 2.5D style, graffiti and line drawing style, Forest style, healing style, watercolor style, dark style, picture book style, noise texture style, etc. Below is only a brief introduction to these styles of illustrations.
Here I would also like to recommend "Light Lesson" to everyone. There are many painting tutorials, painting materials, and professional painting courses on this website. Friends who learn painting can find many useful paintings on it. Learning resources!
The style characteristics of flat style illustrations are simple, light, and neat. Flat style illustrations are mainly composed of color blocks, with geometric shapes, smooth outer contours, diverse visual expressions, and approachable Harmony can also be rigorous. Therefore, flat style illustrations are widely used in various fields.
Gradient style: Gradient style Gradient illustration style was first introduced by foreign designers, and the colors of this kind of illustration will be more vivid.
MBE style: This style of illustration has gradually evolved in the flat trend. It is more rounded, cute, cute and simple, and its iconic character is MBE, a designer from Paris, France.
Vector illustration: Vector illustration is a type of vector illustration that uses straight lines and curves to describe graphics, giving people a sense of color collision and trend.
2.5D style: 2.5D style illustrations have a particularly strong sense of three-dimensionality and space. Simply understood, they are two-dimensional images with 3D effects.
Forest style: Forest style illustrations have the characteristics of watercolor overlay, beauty, small clarity, and elegance. The attitude towards life represented by the forest style is advocating nature, comfort, and returning to nature; the attitude towards life is adaptable to the situation. ; Loves wandering; rejects consumerism; pursues a simple and direct attitude towards life.
Healing style: The overall healing illustration style gives people a warm feeling, the painting style is relatively soft and the atmosphere is strong.
Dark style: The overall illustration style is darker, with a sense of fighting against reality and deformation and distortion
The above styles are the more popular styles of illustrations now. I hope they can help everyone.