Discover Precision with Star Swiss Lathes
in Canada
At AMT Machine Tools, we are committed to ensuring that your investment in a Star CNC Swiss Lathe is supported every step of the way. After you choose one of our precision Star CNC Swiss Style Lathes, we provide comprehensive support and service to maximize the performance and longevity of your equipment. From expert installation and training to ongoing maintenance and technical assistance, our dedicated team is here to help you achieve optimal results in your machining operations.
Lathe
How Can Versatile Star CNC Swiss Lathes Serve Diverse Industry Applications?
Star Swiss Style Lathes offer versatile machining capabilities that meet the precise needs of various industries, from medical and aerospace to automotive and electronics. Their advanced features and flexible configurations enable the efficient production of complex, high-precision components across diverse applications.
Machines with high precision and small diameter capabilities, such as those capable of handling diameters up to 20mm, are essential for producing the intricate and complex components required in the medical device industry. These machines must be able to achieve tight tolerances, often within microns, to ensure the reliability and safety of medical parts.
Multi-axis control, which includes capabilities such as Y-axis and B-axis operations, allows for simultaneous machining on multiple planes, drastically reducing cycle times and increasing production efficiency. This simultaneous machining is particularly beneficial for high-volume production environments where consistency and speed are critical.
The SV-20R is an exemplary choice for medical device manufacturing. It offers precise multi-axis machining with up to 20mm diameter capabilities, making it ideal for producing small, complex components. The machine’s flexibility in tooling configurations allows for endless variations in machining processes, ensuring that even the most intricate designs can be manufactured with high accuracy.
The SV-20R also features advanced control systems, such as the Star Motion Control System, which further enhances precision by reducing idle time and ensuring a smooth, uninterrupted tool path. This combination of features makes the SV-20R a perfect fit for the stringent demands of the medical device industry, where precision and reliability are paramount.
Machines with large diameter capacities, such as those capable of handling up to 42mm, and high rigidity are essential for meeting the demanding precision requirements of aerospace components. Aerospace manufacturing often involves complex geometries and materials that are difficult to machine, necessitating a machine with both strength and precision. High rigidity in the machine’s construction minimizes deflection during the machining process, ensuring that the final components meet the stringent tolerances required in aerospace applications. Additionally, features like B-axis surfacing allow for intricate 3D contouring and milling operations, which are often required for the complex shapes and surfaces typical in aerospace parts. Advanced control systems are crucial in these settings, as they provide the necessary precision and repeatability by maintaining tight control over tool paths and cutting conditions.
The SX-38 Type A/B is particularly well-suited for aerospace applications due to its large diameter capacity and robust, slant-bed construction, which enhances stability and rigidity. This machine is equipped with a 12-axis system that allows for comprehensive machining operations on both main and sub-spindles, ensuring that complex parts can be completed in a single setup. The SX-38 Type A/B also features B-axis surfacing with up to 135 degrees of travel, enabling the machining of intricate features and complex geometries with exceptional accuracy. Furthermore, its ability to keep up to 80 tools resident, combined with high horsepower motors, allows for heavy material removal rates while maintaining the precision required for aerospace components. The Star Motion Control System incorporated in this model further enhances accuracy and reduces idle time, making the SX-38 Type A/B a top choice for aerospace manufacturers who demand both precision and efficiency in their machining processes.
High horsepower and robust construction are critical for the heavy material removal required in automotive manufacturing. Automotive parts often involve tough materials and large volumes, necessitating a machine that can handle the stress of continuous, high-load operations. Machines designed for this purpose must be capable of maintaining precision even during intense machining processes. Fast spindle speeds, such as those reaching up to 15,000 RPM, are essential for increasing productivity, as they allow for quicker cutting and shorter cycle times. Additionally, multi-tool configurations enable the machine to perform various operations in a single setup, further enhancing efficiency, especially in mass production environments where consistency and speed are paramount.
The SR-38 Type B is specifically engineered for the automotive industry, providing the necessary power and speed for the efficient production of durable automotive components. Its high horsepower motors ensure that the machine can handle heavy material removal with ease, making it ideal for machining robust automotive parts. The SR-38 Type B features a triple turret design, each with 10 stations, allowing for a wide range of tooling configurations. This multi-tool capability enables simultaneous operations, drastically reducing cycle times and increasing throughput, which is crucial for mass production. With a spindle speed of up to 15,000 RPM, the SR-38 Type B can achieve the fast, precise cuts needed for high-volume automotive manufacturing. Additionally, the machine’s rigid construction ensures stability and accuracy throughout the machining process, ensuring that every part meets the high standards of the automotive industry.
Compact machines with small diameter capabilities, typically up to 12mm, are essential for the fine precision required in manufacturing electronic components. These components often involve intricate designs and tight tolerances, necessitating a machine that can consistently produce high-quality parts with minimal deviation. Versatile tooling layouts allow for various operations to be performed within a single setup, enhancing efficiency and reducing the need for multiple machines or reconfigurations. The ability to switch between guide bush and non-guide bush modes provides additional flexibility, making it easier to machine both short and long parts with precision. This adaptability is particularly important in the electronics industry, where the demand for small, detailed components is high.
The SL-10 is an ideal choice for electronics manufacturing, thanks to its compact design and advanced tooling capabilities. This machine is equipped to handle small diameter machining with high precision, making it perfect for producing the intricate parts required in electronic devices. The SL-10 features a versatile 5-spindle cross drilling unit combined with a 6-spindle back working unit, allowing for complex multi-processing within a compact footprint. This setup enables the simultaneous machining of different features, significantly reducing cycle times. Additionally, the SL-10 offers the flexibility to switch between guide bush and non-guide bush modes, allowing manufacturers to efficiently produce both short and long electronic components with high accuracy. The machine’s precision and adaptability make it a top choice for the fast-paced and detail-oriented world of electronics manufacturing.
Swiss-type lathes that excel in small diameter machining and offer high accuracy are essential for the watchmaking industry, where the production of tiny, detailed parts is crucial. Watch components often involve extremely tight tolerances and intricate designs, requiring machines that can consistently deliver precision and reliability. Features such as guide bush switching allow for smooth and stable machining of both short and long components, while multiple tool stations enable the execution of various operations in a single setup. This combination of precision and versatility is vital in ensuring that each part meets the exacting standards of high-precision timepieces.
The SW-12RII is particularly well-suited for the watchmaking industry, offering the precise small diameter machining capabilities needed for this field. With the ability to handle diameters up to 12mm, the SW-12RII is perfect for producing the tiny, detailed parts required in high-end watches. Its independently controlled, opposing gang-type tool post, equipped with an 8-spindle unit and Y-axis control, allows for complex operations to be carried out with high precision. The SW-12RII also features guide bush switching, providing the flexibility to machine both short and long parts with exceptional stability and accuracy. Multiple tool stations enable seamless transitions between different machining processes, ensuring that each component is crafted with the utmost precision. This machine’s combination of advanced features and high accuracy makes it an ideal choice for watchmakers dedicated to producing intricate, high-precision timepieces.
Multi-axis machines with flexible tooling and high accuracy, particularly those capable of achieving sub-micron tolerances, are critical for precision engineering applications. In this field, the ability to manufacture precise components with intricate geometries is essential, often requiring the machine to perform complex operations with minimal setup changes. The flexibility of the tooling layout allows for a wide range of machining processes to be completed in a single setup, reducing downtime and increasing efficiency. High accuracy is paramount in precision engineering, where even the slightest deviation can lead to parts that do not meet the required specifications.
The ST-20 is an excellent choice for precision engineering, offering the multi-axis capabilities necessary for producing highly accurate components. This machine is equipped with advanced tooling options, including triple turret design and simultaneous machining capabilities, allowing it to handle complex operations with ease. The ST-20‘s robust construction ensures stability during machining, which is crucial for maintaining the sub-micron tolerances often required in precision engineering. Additionally, its ability to perform multiple operations in a single setup minimizes the need for reconfigurations, saving time and ensuring consistent accuracy throughout the production process. The ST-20‘s combination of high accuracy, flexible tooling, and multi-axis control makes it a top-tier solution for manufacturers in the precision engineering industry who demand the utmost precision and efficiency in their machining operations.
Machines with rigid construction and high torque are essential for producing components used in energy systems, where both durability and precision are paramount. Energy systems often involve the machining of tough materials that must withstand harsh conditions and high stresses. A machine’s rigid construction minimizes vibration and deflection during heavy-duty operations, ensuring that components are produced with consistent precision. High torque is necessary for cutting through these durable materials efficiently, while advanced control systems play a crucial role in maintaining consistent quality over extended production runs. These features are particularly important in the energy sector, where the reliability and longevity of components are critical.
The SK-51 Type A is specifically designed to meet the demanding needs of the energy sector. It offers the rigidity required to maintain stability during the machining of tough, durable materials commonly used in energy systems. The high torque of the SK-51 Type A ensures efficient material removal, allowing for the production of robust components that meet stringent durability standards. Additionally, this machine is equipped with an advanced Fanuc iHMI control system, which provides enhanced control over the machining process, ensuring that each component is produced with the highest level of precision and consistency. The SK-51 Type A‘s combination of rigid construction, high torque, and advanced control systems makes it an ideal choice for manufacturers in the energy sector who need to produce reliable and precise components for critical applications.
Large diameter capabilities and robust, multi-axis control are crucial for machining the complex parts required in the aviation industry. Aviation components often involve intricate geometries and must adhere to extremely tight tolerances, as even minor deviations can compromise safety. Machines with high tool post rigidity are essential to prevent deflection during machining, ensuring that parts remain within these strict tolerances. Sophisticated motion control systems are also vital, as they provide precise control over tool paths and cutting conditions, further enhancing the accuracy and consistency needed for safety-critical aviation components.
The SR-32JIII Type A/B is an outstanding choice for aviation applications, thanks to its ability to machine large, complex parts with exceptional precision. This machine is equipped with a slant-bed design and robust construction that enhances stability and rigidity, making it ideal for handling the demands of large diameter machining. The SR-32JIII Type A/B features advanced multi-axis control, including an 8-station back-working unit with Y-axis functionality, which allows for the simultaneous machining of complex features. Its high tool post rigidity ensures that even during intense machining operations, the parts remain within the tight tolerances required for aviation components. Additionally, the Star Motion Control System integrated into the machine provides sophisticated control over the entire machining process, minimizing idle time and ensuring consistent accuracy. With these features, the SR-32JIII Type A/B is perfectly suited for producing the critical, high-precision parts needed in the aviation industry.
INDUSTRIES
How Does AMT Machine Provide Comprehensive Support and Service After Selling a Star CNC Swiss Style Lathe?
Services
At AMT Machine Tools, we are committed to ensuring that your investment in a Star Swiss Lathe is supported every step of the way. After the sale, we provide comprehensive support and service to maximize the performance and longevity of your equipment. From expert installation and training to ongoing maintenance and technical assistance, our dedicated team is here to help you achieve optimal results in your machining operations.
How Does AMT Provide Dedicated Support for Your Swiss-type Lathe?
Our commitment to customer satisfaction extends beyond the sale. Our dedicated after-sales service team is always ready to assist you with any questions or issues you may encounter. We provide prompt and reliable support to ensure your machines continue to operate at peak performance.
Is Technical Support Available for Your Swiss-style Lathe?
Our technical support team is available to provide immediate assistance. Whether you need troubleshooting help or technical advice, our experts are just a phone call away.
How Can You Access Spare Parts and Tooling for Your Swiss-style Lathe?
At AMT Machine Tools, we ensure that your investment in a Star Swiss Lathe is fully supported with comprehensive after-sale service, including expert installation, training, ongoing maintenance, and technical assistance, all designed to maximize the performance and longevity of your equipment.
What Maintenance Services Does AMT Offer for Swiss-style Lathes?
We offer comprehensive maintenance services for your Swiss-style lathes, including routine scheduled upkeep to ensure optimal performance and preventive maintenance programs that proactively identify and address potential issues. Our tailored approach helps extend equipment lifespan, prevent unexpected breakdowns, and minimize downtime.
How Can AMT’s Consultation Services Help You Select the Right Swiss-style Lathe?
Our knowledgeable consultants offer expert guidance in selecting the perfect Swiss-style lathe for your specific needs. We take the time to understand your operational challenges and recommend tailored solutions that enhance productivity and efficiency in your machining processes.
