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What is Swiss Lathe?

 

 

The Swiss lathe is unique in how it operates by allowing the material to move while the tools stay stationary on the z axis. The other thing that makes Swiss lathes unique is the inclusion of the collet, which further holds the object in place for more accuracy.

Why Choose Us?

Focus on R&D

We have always focused on the research and development and innovation of new products. One of the primary purposes of R&D activities is to allow the company to remain competitive in producing products that advance and enhance its existing product lines.

Quality ensure

We have established a professional team to accurately inspect every raw material and every production process to provide high quality product quality assurance.

Rich experience

We are a team of dedicated and experienced professionals, which sets us apart from our competitors. With many years of experience, we have the skills needed to meet our customers' needs and will be able to resolve any issues you may have in a timely and professional manner.

After-sales service

To us, you are more than just a phone call in a queue. Any support requests will be seen and acted upon quickly. If your inquiry is urgent, you can rest assured that we will be available 24/7.

 

  • Swiss CNC Machine

    Swiss CNC Machine

    Swiss-style lathes are different from turning centers. They work by bringing the workpiece to the
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  • Swiss Type Automatic Lathe

    Swiss Type Automatic Lathe

    Dual spindles and independent tool holders make it possible to perform multiple machining
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  • Swiss Type CNC Lathe

    Swiss Type CNC Lathe

    Swiss-type lathes, also known as Swiss automatic lathes, Swiss screw machines or Swiss lathes, were
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  • Swiss Turning Lathe

    Swiss Turning Lathe

    The Swiss turning lathe has a moving headstock. In the Swiss machining process, the chuck of the
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  • Swiss Lathe Machine

    Swiss Lathe Machine

    A five-axis machine tool, with three axes on the main spindle and two on the counter spindle, used
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  • Precision CNC Lathe

    Precision CNC Lathe

    The 6-axis Swiss lathe is capable of machining complex parts at the same time, and includes a
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Advantages of Swiss Lathe

Handle complex parts

For factories that produce small, complex parts with tight tolerances, a Swiss lathe can be an efficient solution. These machines are designed to handle any complex shape and produce parts with high precision and accuracy.

Improve production efficiency

Swiss lathes are ideal for high volume production of small parts. For factories that produce large quantities of parts, Swiss lathes can significantly increase efficiency and shorten lead times.

Quality control

Swiss lathes are equipped with advanced monitoring systems to ensure high quality production. Factories require consistent quality control, and Swiss lathes can provide the necessary precision and accuracy.

Reduce labor costs

Swiss lathes are highly automated, which can reduce the need for manual labor and increase efficiency. If labor costs are a concern, a Swiss lathe can be a cost effective solution.

 

Material of Swiss Lathe

Swiss lathe materials include stainless steel, titanium alloys, plastics and polymers, brass and copper alloys, aluminum alloys, iridium alloys, etc. These materials have the characteristics of strength and hardness, wear resistance, corrosion resistance, and good thermal conductivity.

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Application of Swiss Lathe
 
01/

Watchmaking: The Swiss lathe was originally developed for the watchmaking industry to manufacture miniature, high precision mechanical parts.

02/

Aerospace: The aerospace industry utilises lightweight precision parts with very tight tolerances in their assemblies. Swiss lathe are thus a great fit for this purpose, known for machining small, complex components.

03/

Medical devices: High standards from the medical field greatly benefit from the capabilities of Swiss turning lathes in manufacturing medical instruments, surgical screws, and implants.

04/

Electronics: Manufacturing electronic components continue to become harder and harder since they become smaller and more advanced. The increased demand for small parts such as pins, sensors and connectors makes using the Swiss lathe a great option.

05/

Automotive: Swiss lathe are used to create fuel injectors, sensors, and valves for the automotive sector.

06/

Musical instruments: The musical instrument industry benefits from the precision of Swiss lathes in manufacturing complex components, ensuring optimal functionality and sound quality. Includes slender parts for woodwind and brass instruments, tuners and tailpieces for guitars, and rods and tensioners for drums.

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Components of Swiss Lathes

The swiss lathe is mainly composed of a spindle unit, a servo unit, a clamping unit, a bed, a guide rail unit, a tool table, a feed unit and a CNC control panel.

What You Should Know When Use Swiss Lathes?
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1

 

Check machine status

Before operation, the operator needs to check the status of the machine tool. First check whether the power supply of the machine tool is normal and whether all parts of the machine tool are intact. Secondly, check whether the tool is installed correctly and whether the workpiece is firmly fixed.

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2

 

Adjust machine parameters

During operation, the operator needs to adjust the parameters of the machine tool according to the processing needs. These parameters include: cutting speed, feed speed, spindle speed, etc. When adjusting parameters, the operator needs to follow the operating procedures and processing technology requirements of the machine tool.

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3

 

Install the workpiece and tool correctly

During lathe machining, the operator needs to correctly install the workpiece and tool. Generally speaking, the installation of the workpiece should be firm and stable to avoid vibration or displacement of the workpiece during processing. At the same time, the tool must be installed correctly and firmly to prevent the tool from falling off or loosening during processing.

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4

 

Keep clean and observe at all times

During the operation, keep the machine tool clean to avoid dust and debris entering the machine tool, and observe the cutting conditions of the tool and workpiece at any time. If there are any abnormalities, stop the machine for inspection in time. After completion, clean the machine tool and the work site in time to keep it clean and tidy.

 

Working Principle of Swiss Lathes

Swiss lathe machining works by first preparing the workpiece. This workpiece is usually a long, slender rod of material (e.g., metal, plastic) that is fed into the machine from behind the headstock. The workpiece is inserted through a guide bushing located immediately proximal to the work area. The guide bushing supports and guides the workpiece, reducing vibrations and helping to maintain cutting precision.

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Our Factory
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Founded in 1999, Jianke Machinery Co., Ltd. is one of the earliest domestic enterprises that involve in the independent research and development of Swiss type precision CNC lathe. The company covers an area of 30,000 square meters. At present, Nanjing Jianke Machinery Co., Ltd. has gradually developed into a machinery manufacturing enterprise integrating R&D, design, manufacturing, sales, installation, service, and imp&exp. Our company specializes in the production of center-type precision CNC lathes, has successfully owned more than 70 patented technologies, and has been rated as a national high-tech enterprise for many consecutive years.

FAQ

Q: How does Swiss lathe work?

A: With a traditional CNC lathe, the workpiece typically rotates rapidly in a fixed position, held firmly on one or both ends. In contrast, with a Swiss lathe, the workpiece can both turn and move back and forth along the Z-axis while various tools cut away the features of the part.

Q: What is a Swiss lathe job description?

A: A Swiss machinist operates a Swiss-type computer numerical controlled (CNC) machine, also called a Swiss lathe or Swiss screw machine. These machines are used to manufacture parts to predetermined specifications. The Swiss lathe pierces, cuts, and drills raw materials, and your skills help shape the final product.

Q: What is the difference between a lathe and a Swiss lathe?

A: Swiss lathes can create thinner and more precise cuts than other types of lathes. They also have a live tooling feature, which allows for different milling and drilling bits. Finally, Swiss lathes are known for their rigidity. The material is cut very close to where the bar is supported by the guide bushing.

Q: What are the advantages of a Swiss lathe?

A: Higher precision. Lower chatter. Longer and thinner parts can be processed faster. More rapid processing results from multiple, parallel operations being applied.

Q: Why do Swiss lathes use oil?

A: Oil is used as a coolant for Swiss machining as opposed to water for conventional lathes. Although oil has a lower heat capacity than water, its high lubricity reduces friction and minimises overall heat generation. As an added bonus, oil helps to reduce tool wear and prevents rust.

Q: How accurate is the Swiss lathe?

A: High Precision: Swiss type CNC lathes are renowned for their exceptional accuracy and precision. They are able to machine intricate, microscopic pieces with a 0.01 mm diameter. The Swiss type lathe's moving headstock enables improved workpiece support, lowering vibration, and enhancing precision.

Q: How big is a Swiss lathe?

A: Swiss lathes are designed for machining small, complex parts with a high degree of accuracy. They typically have a diameter capacity of less than 20 mm (0.79 in) and can operate at extremely high speeds, making them well suited for machining high precision parts.

Q: What makes a Swiss lathe different?

A: Swiss lathes can create thinner and more precise cuts than other types of lathes. They also have a live tooling feature, which allows for different milling and drilling bits. Finally, Swiss lathes are known for their rigidity. The material is cut very close to where the bar is supported by the guide bushing.

Q: What is the difference between a Swiss lathe and a conventional lathe?

A: Swiss lathes usually require oil as a coolant liquid, while conventional lathes, water. The heat capacity of oil is lower than that of water. This means that the machining oil will heat up faster than water during the machining. Hence, heat gets transferred away from the cutting edge of the tools more easily.

Q: What is the Swiss machine used for?

A: Swiss lathes are generally used for small and high-value parts, high precision, high-volume manufacture, and various materials such as: stainless steel, brass, bronze, tool steels, etc.

Q: How is the Swiss lathes used in the manufacturing industry?

A: Swiss lathes are used in two modes of manufacturing operation. In stable and high volume setups in-house, making a limited range of parts often dedicated to a single part made in very high volume.

Q: What other industries use Swiss lathes?

A: Swiss lathes are used to manufacture medical devices and key aerospace components. In the electronics field, Swiss lathes are used to produce small, high-precision electronic components.

Q: How long does Swiss lathe processing take?

A: A series of similar operations performed on a part through Swiss lathes is often faster than the similar capabilities of a traditional lathe or winch lathe.

Q: What makes a lathe a Swiss lathe?

A: Swiss lathes use a collet and guide bushing to hold the stock material in place as it is turned or milled. The guide bushing provides additional assistance for the material, allowing for more precise cuts. Swiss lathes can create thinner and more precise cuts than other types of lathes.

Q: What is the quality of the products produced by Swiss lathes?

A: If set up correctly, and with the right volume, batch size, a Swiss lathe can produce very high quality parts with short machining time per part and a low cost per part.

Q: Are Swiss lathe products durable?

A: The durability of parts is a design and materials selection issue. In situations in which metal parts are not exercised beyond their intrinsic strength, abrasion, and corrosion limitations, they can serve indefinitely. However, higher precision can result in longer component life.

Q: What is the difference between Swiss lathe and CNC lathe?

A: One of the main differences between Swiss lathes and CNC lathes is the guide bushings. Swiss lathes generally have more tooling options than other types of lathes. This means you can make more products with your Swiss lathe.

Q: Do Swiss lathes waste material?

A: Swiss lathes are designed to produce as little waste as possible. Parts are produced with virtually no material waste, reducing material costs and increasing profitability.

Q: How does a Swiss lathe chuck work?

A: Swiss machining works by applying a Z-axis feed to the bar stock through an automated chuck. This clasps the feedstock and extends it into the operational area of the device. The bar stock extends into the tooling area just sufficiently for the operational needs of one part.

Q: How does a Swiss lathe spindle work?

A: Unlike a conventional lathe, the Swiss screw machine has a sliding headstock that creates the Z-axis motion. Simultaneously, the bar is supported by a guide bushing positioned in front of the turning tools. With this arrangement, we can turn long diameters with superior precision.

 

As one of the most professional swiss lathe manufacturers and suppliers in China, we're featured by quality products and competitive price. Please rest assured to buy cost-efficient swiss lathe for sale here from our factory. Contact us for custom service.

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