Sobre 20 anos de experiência para fazer a máquina Torno no sul da China

How is the tool changed in a quick-change toolpost on a lathe and milling machine

Guangzhou Sul Torno Machine Tools Company Limited localiza no distrito de Guangzhou Panyu, que está em alta tecnologia cidade em desenvolvimento. A fábrica cobre mais de 30000 metros quadrados. It is near to the Guangzhou university Town, na verdade, apenas separados por um rio. Chegar diretamente pela linha de metrô No.4 e é a melhor vantagem da conveniência de pouso e transporte terrestre. Ela acabou 20 anos para projetar e fabricar a máquina de torno manual, flat bed heavy duty CNC lathe machine, máquina econômica do torno do CNC da cama lisa, slight slanting bed CNC lathe machine, metal lathe machine, Centro de usinagem de torno CNC e máquina personalizada para todos os clientes de todo o mundo.

Characteristics of lathe processing:
1) Lathe processing range is very wide, but it is mainly used for various internal and external rotating surfaces and the processing of its end face;
2) The main movement of lathe processing is the rotational movement of the workpiece, and the feed movement is the longitudinal and transverse movement of the tool

lathe and milling machine

lathe and milling machine is a type of tool designed for the purpose of cutting and shaping workpieces to precise dimensions. It is composed of various parts and components such as spindle, feed mechanism, table, workpiece clamping device, tool magazine and coolant system. It is capable of performing many different operations such as milling, drilling, esmerilhamento, polishing, welding, and more. With its easy operation and high accuracy, it is widely adopted in today’s industries to produce workpieces with great precision and accuracy in a short period of time.

lathe and milling machine is a tool which consists of parts used to process and manufacture parts by means of cutting and other deformation methods. It can realize the automatic processing of various processes, greatly reduce the production time and labor cost of processing parts, and achieve high accuracy and safely. This type of machine tool has a high degree of automation, diversified functions and powerful processing capacity, and can provide effective support for efficient and high-precision processing in various fields.

 

Why choose us?

  • 1Guangzhou South Lathe Machine Tools Company Limited was founded in 1984 and is a leading international machine tool supplier in the manufacturing industry, with operations in over 30 countries worldwide. The factory covers an area of over 30000 metros quadrados. We mainly design and manufacture manual lathes, heavy-duty CNC lathes, economical CNC lathes, micro inclined CNC lathes, metal lathes, CNC lathe machining centers, and customized machine tools. Customers can collaborate with our qualified technical personnel to find intelligent solutions for their business. Our mission is to provide the highest level of customer service with the best cost-effectiveness, helping our customers achieve outstanding results.

lathe and milling machineA Guide to Frequently Asked Questions

1.How is the tool changed in a quick-change toolpost on a lathe and milling machine?
2.What role does the lead screw play in a lathe machine?
3.What are the different types of lathe chucks?
4.How is the speed of a lathe machine controlled?
5.What are the primary operations that can be performed on a lathe?
6.Can a lathe machine be used for thread cutting?
7.How is the feed rate controlled in a lathe machine?
8.What is the application of a machining center?
9.What are the advantages of using a CNC lathe machine?
10.What is the purpose of a tailstock on a lathe machine?

1.How is the tool changed in a quick-change toolpost on a lathe and milling machine?

A ferramenta é trocada afrouxando a alavanca de travamento no porta-ferramenta, deslizando o porta-ferramenta para a posição desejada, e então apertando a alavanca de travamento. A ferramenta é então inserida no porta-ferramentas e fixada com o mecanismo de fixação apropriado.

2.What role does the lead screw play in a lathe machine?

The lead screw in a lathe machine is used to move the carriage and cross slide along the bed of the lathe. It is driven by the spindle motor and is used to accurately position the cutting tool for machining operations. The lead screw is also used to move the tailstock along the bed of the lathe.

3.What are the different types of lathe chucks?

1. Mandril autocentrante de três mandíbulas: Este tipo de mandril é o mais comum e é usado para trabalhos de uso geral. Possui três mandíbulas que se movem em uníssono para segurar a peça de trabalho.

2. Chuck independente de quatro mandíbulas: Este tipo de mandril possui quatro mandíbulas que podem ser ajustadas independentemente para segurar a peça de trabalho. É usado para trabalhos mais precisos e frequentemente usado para segurar peças de formatos estranhos.

3. Mandril de pinça: Este tipo de mandril usa uma pinça para segurar a peça de trabalho. É usado para trabalhos muito precisos e frequentemente usado para segurar peças pequenas.

4. Mandril do painel frontal: Este tipo de mandril é utilizado para segurar peças grandes e de formato irregular. Ele é montado na placa frontal do torno e a peça de trabalho é fixada na placa frontal com parafusos.

5. Mandril Magnético: Este tipo de mandril usa um campo magnético para manter a peça no lugar. É usado para segurar materiais ferrosos e é frequentemente usado para operações de retificação.

4.How is the speed of a lathe machine controlled?

The speed of a lathe machine is typically controlled by a variable frequency drive (VFD) or a variable speed drive (VSD). The VFD or VSD is connected to the motor of the lathe machine and is used to adjust the speed of the motor. The speed of the motor is then transferred to the spindle of the lathe machine, which in turn controls the speed of the lathe machine.

How is the speed of a lathe machine controlled?

5.What are the primary operations that can be performed on a lathe?

1. Girando: Esta é a operação mais comum realizada em um torno. Envolve girar uma peça contra uma ferramenta de corte para criar uma forma cilíndrica.

2. Voltado para: Esta operação é usada para criar uma superfície plana na extremidade de uma peça de trabalho.

3. Perfuração: Esta operação é usada para criar um furo na peça de trabalho.

4. Tedioso: Esta operação é usada para ampliar um furo existente na peça de trabalho.

5. Rosqueamento: Esta operação é usada para criar roscas internas ou externas na peça de trabalho.

6. serrilhado: Esta operação é usada para criar um padrão de sulcos na peça de trabalho.

7. Separação: Esta operação é usada para separar uma peça de trabalho em duas partes.

6.Can a lathe machine be used for thread cutting?

Yes, a lathe machine can be used for thread cutting. Thread cutting is a machining process that uses a lathe to cut threads into a workpiece. The process involves using a cutting tool to cut a helical groove into the workpiece, which is then followed by a second tool to form the thread.

7.How is the feed rate controlled in a lathe machine?

The feed rate in a lathe machine is typically controlled by a feed rate dial or lever. This allows the operator to adjust the speed at which the cutting tool moves along the workpiece. The feed rate can also be adjusted by changing the spindle speed.

8.What is the application of a machining center?

The machining center can meet various demands of parts and operations, which include drilling, fresagem, tedioso, threading and reaming. The operation of the machining center will depend on how the machine will be configured, which will be decisive for the efficiency of the machining.

What is the application of a machining center?

9.What are the advantages of using a CNC lathe machine?

1. Increased Accuracy: CNC lathes are capable of producing parts with a high degree of accuracy and repeatability. This is due to the fact that the machine is programmed with precise instructions and is able to repeat the same process over and over again.

2. Increased Productivity: CNC lathes are able to produce parts faster than manual lathes, allowing for increased production and shorter lead times.

3. Reduced Labor Costs: CNC lathes require fewer operators than manual lathes, resulting in lower labor costs.

4. Reduced Waste: CNC lathes are able to produce parts with minimal waste, resulting in cost savings.

5. Increased Safety: CNC lathes are equipped with safety features that reduce the risk of injury to operators.

10.What is the purpose of a tailstock on a lathe machine?

The tailstock on a lathe machine is used to support the end of a workpiece that is too long to fit between the headstock and the tool post. It can also be used to hold cutting tools, such as drills and reamers, for operations such as drilling and reaming.

 

Tag: 450mm Swing Over Bed CNC Lathe –450mm Machining


Hora da postagem: 2024-03-01
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