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No, 309 Guandoumen Road, Wuhu Distict, China (Anhui) pilot Free Trade Zone
XD-2SD-46V
XDMADE
The XD-2SD46V Dual Spindle 8-Station Turret CNC Lathe is a high-efficiency precision machining solution engineered by Xindai CNC, a leading China-based manufacturer specializing in advanced CNC equipment. Designed for high-volume, complex part production, this lathe integrates cutting-edge components and smart technology to deliver consistent performance across demanding industrial applications.
At its core, the XD-2SD46V features dual motorized spindles (specifications: A2-5/A2-4) with a maximum speed of 4000rpm, enabling synchronized machining that eliminates idle time between operations. It supports a bar capacity of Φ45mm, making it suitable for processing medium-sized workpieces common in automotive, aerospace, and electronics industries. To ensure exceptional precision, the lathe is equipped with HIWIN/PMI precision linear guides and C3-grade ball screws—components renowned for minimizing friction and maintaining stability during high-speed operation. These features translate to a repeat positioning accuracy of ±0.002mm and a surface finish of Ra1.2μm, meeting the strict tolerances required for critical components.
The XD-2SD46V is controlled by the Taiwan Syntec 210TB-E control system, a user-friendly yet powerful platform that supports bus communication and absolute drive technology. This system simplifies programming, reduces setup time, and lays the groundwork for seamless integration with automation tools (e.g., robots, automatic feeders), further boosting productivity for batch production scenarios.
The lathe’s dual spindle design is a cornerstone of its efficiency, allowing simultaneous machining of two workpieces or sequential processing of a single part across both spindles. The primary spindle (A2-5) offers a bore size of Φ56mm for larger stock, while the secondary spindle (A2-4) handles complementary operations—such as facing, turning, or drilling—without manual workpiece transfer.
Complementing the dual spindles is an 8-station turret configured with 2 internal tool holders and 4 gang tool positions. This setup supports quick tool changes (average change time <1.5 seconds) and accommodates a diverse range of cutting tools, from turning inserts to boring bars. The turret’s rigid clamping mechanism ensures tool stability, preventing vibration that could compromise precision—even at maximum spindle speeds.
To withstand the forces of high-speed machining and maintain long-term accuracy, the XD-2SD46V features an integrated bed cast from high-quality Guangdong gray iron. This material undergoes thermal aging treatment to eliminate internal stress, reducing deformation over time and ensuring consistent performance for years.
The bed’s 35° slant design enhances chip evacuation—critical for preventing chip buildup that can scratch workpieces or damage tools. Paired with the HIWIN P-class linear guides (used for X-axis and Z-axis movement), the lathe achieves smooth, low-friction motion, with a fast movement speed of 18m/min for both axes. This combination of structural rigidity and dynamic performance makes the XD-2SD46V ideal for continuous, high-volume operation.
The Taiwan Syntec 210TB-E control system sets the XD-2SD46V apart from entry-level CNC lathes, offering advanced features like parametric programming, real-time tool life monitoring, and error diagnostics. Its intuitive touchscreen interface reduces training time for operators, while its bus architecture enables high-speed data transfer between the control system and machine components—ensuring precise synchronization of spindle speed, tool movement, and feed rates.
For manufacturers looking to automate their workflows, the XD-2SD46V supports integration with industrial robots (e.g., truss-type robots) and automatic bar feeders. This flexibility allows for lights-out operation, where the lathe can run unattended for extended periods—reducing labor costs and increasing overall equipment efficiency (OEE).
Every XD-2SD46V undergoes rigorous testing before leaving the factory, including checks for spindle runout (≤0.004mm), axis parallelism, and repeatability. These tests ensure that each unit meets Xindai CNC’s strict quality standards, as well as international benchmarks for precision machining equipment.
The lathe’s components are selected for durability: the electric spindles feature high-temperature-resistant bearings and built-in cooling systems to prevent overheating during prolonged use, while the turret’s drive mechanism uses precision gears to minimize backlash. This focus on reliability reduces unplanned downtime, making the XD-2SD46V a cost-effective investment for long-term production needs.
The automotive industry demands high-volume production of precision parts with tight tolerances—requirements the XD-2SD46V excels at meeting. It is widely used to machine components such as engine shafts, gear blanks, brake caliper pistons, and transmission sleeves. The dual spindle design allows for simultaneous turning and drilling of these parts, while the ±0.002mm repeatability ensures consistency across thousands of units. For example, when machining engine shafts, the lathe’s ability to maintain a Ra1.2μm surface finish eliminates the need for secondary polishing, reducing production time and costs.
Aerospace components (e.g., turbine blades, fuel system fittings, and avionics housings) require exceptional precision and material compatibility. The XD-2SD46V’s rigid structure and high-precision guides enable it to machine aerospace-grade materials like aluminum alloys, titanium, and stainless steel without compromising accuracy. The 4000rpm spindle speed is optimized for efficient cutting of these tough materials, while the Syntec 210TB-E control system supports complex 2-axis programming—critical for shaping the intricate geometries of aerospace parts.
In the electronics industry, the XD-2SD46V is used to produce small, high-precision parts such as connector pins, motor commutators, and sensor housings. Its Φ45mm bar capacity is ideal for processing the small-diameter stock common in these applications, and the 8-station turret allows for quick tool changes between operations (e.g., turning, threading, and grooving). The lathe’s automation compatibility also makes it suitable for high-volume production of consumer electronics components, where consistency and speed are paramount.
Beyond specialized industries, the XD-2SD46V serves as a versatile solution for general machinery manufacturing. It is used to machine parts like valve bodies, pump impellers, and hydraulic cylinders—components used in construction equipment, agricultural machinery, and industrial pumps. The lathe’s heavy-duty bed and durable components handle the varied material types (e.g., cast iron, brass, and plastic) common in this sector, while its precision ensures that parts fit seamlessly into larger assemblies.
The XD-2SD46V is optimized for batch production through three key features: dual synchronized spindles, fast tool changes via the 8-station turret, and automation compatibility. The dual spindles eliminate idle time by allowing simultaneous machining, while the 8-station turret reduces tool change time to under 1.5 seconds—minimizing downtime between cycles. Additionally, integration with robots or feeders enables unattended operation, letting the lathe run continuously for hours. These features combine to increase throughput, making the lathe ideal for producing hundreds or thousands of identical parts.
Single-spindle lathes require manual transfer of workpieces between operations (e.g., roughing and finishing), which adds time and increases the risk of human error. The XD-2SD46V’s dual spindle design eliminates this step: one spindle can perform roughing while the other handles finishing, or both can machine separate workpieces simultaneously. For example, when machining a shaft, the primary spindle (A2-5) can rough-turn the stock, while the secondary spindle (A2-4) finishes the opposite end—reducing cycle time by up to 40% compared to single-spindle models. The 4000rpm spindle speed further boosts efficiency by enabling faster cutting without sacrificing precision.
The XD-2SD46V delivers a repeat positioning accuracy of ±0.002mm and a surface finish of Ra1.2μm, with spindle runout limited to ≤0.004mm. This level of precision is critical for industries like automotive and aerospace, where even minor deviations can cause part failure (e.g., a misaligned engine shaft could lead to engine damage). For example, in aerospace fuel system fittings, the ±0.002mm repeatability ensures a tight seal between components, preventing fuel leaks. The lathe’s precision also eliminates the need for secondary operations (e.g., grinding or polishing), reducing production costs and lead times.
Yes, the XD-2SD46V is fully compatible with a range of automation systems, thanks to its Taiwan Syntec 210TB-E control system and built-in automation interfaces. The control system supports bus communication with industrial robots (e.g., truss-type or 6-axis robots), allowing for seamless workpiece loading/unloading. It also works with automatic bar feeders, which supply continuous stock to the lathe—ideal for long production runs. Many manufacturers use this automation capability to implement lights-out manufacturing, where the lathe operates unattended overnight or on weekends, significantly increasing overall output.
To ensure long-term performance, the XD-2SD46V requires regular maintenance focused on three key areas:
Linear Guides & Ball Screws: Clean and lubricate the HIWIN/PMI linear guides and C3-grade ball screws every 50 operating hours to prevent friction-related wear. Use the manufacturer-recommended lubricant (e.g., lithium grease) for optimal performance.
Spindles: Check the spindle bearings for wear every 6 months, and replace the spindle oil (if applicable) according to the maintenance schedule. The built-in spindle cooling system should also be inspected to ensure proper airflow.
Control System: Back up the control system’s program data monthly to prevent data loss. Periodically update the Syntec 210TB-E firmware (available from Xindai CNC) to access new features and bug fixes.
Following these steps will extend the lathe’s lifespan and maintain its ±0.002mm precision for years. Xindai CNC also offers technical support and maintenance training for customers, ensuring that operators can effectively care for the equipment.
The XD-2SD46V Dual Spindle 8-Station Turret CNC Lathe is a high-efficiency precision machining solution engineered by Xindai CNC, a leading China-based manufacturer specializing in advanced CNC equipment. Designed for high-volume, complex part production, this lathe integrates cutting-edge components and smart technology to deliver consistent performance across demanding industrial applications.
At its core, the XD-2SD46V features dual motorized spindles (specifications: A2-5/A2-4) with a maximum speed of 4000rpm, enabling synchronized machining that eliminates idle time between operations. It supports a bar capacity of Φ45mm, making it suitable for processing medium-sized workpieces common in automotive, aerospace, and electronics industries. To ensure exceptional precision, the lathe is equipped with HIWIN/PMI precision linear guides and C3-grade ball screws—components renowned for minimizing friction and maintaining stability during high-speed operation. These features translate to a repeat positioning accuracy of ±0.002mm and a surface finish of Ra1.2μm, meeting the strict tolerances required for critical components.
The XD-2SD46V is controlled by the Taiwan Syntec 210TB-E control system, a user-friendly yet powerful platform that supports bus communication and absolute drive technology. This system simplifies programming, reduces setup time, and lays the groundwork for seamless integration with automation tools (e.g., robots, automatic feeders), further boosting productivity for batch production scenarios.
The lathe’s dual spindle design is a cornerstone of its efficiency, allowing simultaneous machining of two workpieces or sequential processing of a single part across both spindles. The primary spindle (A2-5) offers a bore size of Φ56mm for larger stock, while the secondary spindle (A2-4) handles complementary operations—such as facing, turning, or drilling—without manual workpiece transfer.
Complementing the dual spindles is an 8-station turret configured with 2 internal tool holders and 4 gang tool positions. This setup supports quick tool changes (average change time <1.5 seconds) and accommodates a diverse range of cutting tools, from turning inserts to boring bars. The turret’s rigid clamping mechanism ensures tool stability, preventing vibration that could compromise precision—even at maximum spindle speeds.
To withstand the forces of high-speed machining and maintain long-term accuracy, the XD-2SD46V features an integrated bed cast from high-quality Guangdong gray iron. This material undergoes thermal aging treatment to eliminate internal stress, reducing deformation over time and ensuring consistent performance for years.
The bed’s 35° slant design enhances chip evacuation—critical for preventing chip buildup that can scratch workpieces or damage tools. Paired with the HIWIN P-class linear guides (used for X-axis and Z-axis movement), the lathe achieves smooth, low-friction motion, with a fast movement speed of 18m/min for both axes. This combination of structural rigidity and dynamic performance makes the XD-2SD46V ideal for continuous, high-volume operation.
The Taiwan Syntec 210TB-E control system sets the XD-2SD46V apart from entry-level CNC lathes, offering advanced features like parametric programming, real-time tool life monitoring, and error diagnostics. Its intuitive touchscreen interface reduces training time for operators, while its bus architecture enables high-speed data transfer between the control system and machine components—ensuring precise synchronization of spindle speed, tool movement, and feed rates.
For manufacturers looking to automate their workflows, the XD-2SD46V supports integration with industrial robots (e.g., truss-type robots) and automatic bar feeders. This flexibility allows for lights-out operation, where the lathe can run unattended for extended periods—reducing labor costs and increasing overall equipment efficiency (OEE).
Every XD-2SD46V undergoes rigorous testing before leaving the factory, including checks for spindle runout (≤0.004mm), axis parallelism, and repeatability. These tests ensure that each unit meets Xindai CNC’s strict quality standards, as well as international benchmarks for precision machining equipment.
The lathe’s components are selected for durability: the electric spindles feature high-temperature-resistant bearings and built-in cooling systems to prevent overheating during prolonged use, while the turret’s drive mechanism uses precision gears to minimize backlash. This focus on reliability reduces unplanned downtime, making the XD-2SD46V a cost-effective investment for long-term production needs.
The automotive industry demands high-volume production of precision parts with tight tolerances—requirements the XD-2SD46V excels at meeting. It is widely used to machine components such as engine shafts, gear blanks, brake caliper pistons, and transmission sleeves. The dual spindle design allows for simultaneous turning and drilling of these parts, while the ±0.002mm repeatability ensures consistency across thousands of units. For example, when machining engine shafts, the lathe’s ability to maintain a Ra1.2μm surface finish eliminates the need for secondary polishing, reducing production time and costs.
Aerospace components (e.g., turbine blades, fuel system fittings, and avionics housings) require exceptional precision and material compatibility. The XD-2SD46V’s rigid structure and high-precision guides enable it to machine aerospace-grade materials like aluminum alloys, titanium, and stainless steel without compromising accuracy. The 4000rpm spindle speed is optimized for efficient cutting of these tough materials, while the Syntec 210TB-E control system supports complex 2-axis programming—critical for shaping the intricate geometries of aerospace parts.
In the electronics industry, the XD-2SD46V is used to produce small, high-precision parts such as connector pins, motor commutators, and sensor housings. Its Φ45mm bar capacity is ideal for processing the small-diameter stock common in these applications, and the 8-station turret allows for quick tool changes between operations (e.g., turning, threading, and grooving). The lathe’s automation compatibility also makes it suitable for high-volume production of consumer electronics components, where consistency and speed are paramount.
Beyond specialized industries, the XD-2SD46V serves as a versatile solution for general machinery manufacturing. It is used to machine parts like valve bodies, pump impellers, and hydraulic cylinders—components used in construction equipment, agricultural machinery, and industrial pumps. The lathe’s heavy-duty bed and durable components handle the varied material types (e.g., cast iron, brass, and plastic) common in this sector, while its precision ensures that parts fit seamlessly into larger assemblies.
The XD-2SD46V is optimized for batch production through three key features: dual synchronized spindles, fast tool changes via the 8-station turret, and automation compatibility. The dual spindles eliminate idle time by allowing simultaneous machining, while the 8-station turret reduces tool change time to under 1.5 seconds—minimizing downtime between cycles. Additionally, integration with robots or feeders enables unattended operation, letting the lathe run continuously for hours. These features combine to increase throughput, making the lathe ideal for producing hundreds or thousands of identical parts.
Single-spindle lathes require manual transfer of workpieces between operations (e.g., roughing and finishing), which adds time and increases the risk of human error. The XD-2SD46V’s dual spindle design eliminates this step: one spindle can perform roughing while the other handles finishing, or both can machine separate workpieces simultaneously. For example, when machining a shaft, the primary spindle (A2-5) can rough-turn the stock, while the secondary spindle (A2-4) finishes the opposite end—reducing cycle time by up to 40% compared to single-spindle models. The 4000rpm spindle speed further boosts efficiency by enabling faster cutting without sacrificing precision.
The XD-2SD46V delivers a repeat positioning accuracy of ±0.002mm and a surface finish of Ra1.2μm, with spindle runout limited to ≤0.004mm. This level of precision is critical for industries like automotive and aerospace, where even minor deviations can cause part failure (e.g., a misaligned engine shaft could lead to engine damage). For example, in aerospace fuel system fittings, the ±0.002mm repeatability ensures a tight seal between components, preventing fuel leaks. The lathe’s precision also eliminates the need for secondary operations (e.g., grinding or polishing), reducing production costs and lead times.
Yes, the XD-2SD46V is fully compatible with a range of automation systems, thanks to its Taiwan Syntec 210TB-E control system and built-in automation interfaces. The control system supports bus communication with industrial robots (e.g., truss-type or 6-axis robots), allowing for seamless workpiece loading/unloading. It also works with automatic bar feeders, which supply continuous stock to the lathe—ideal for long production runs. Many manufacturers use this automation capability to implement lights-out manufacturing, where the lathe operates unattended overnight or on weekends, significantly increasing overall output.
To ensure long-term performance, the XD-2SD46V requires regular maintenance focused on three key areas:
Linear Guides & Ball Screws: Clean and lubricate the HIWIN/PMI linear guides and C3-grade ball screws every 50 operating hours to prevent friction-related wear. Use the manufacturer-recommended lubricant (e.g., lithium grease) for optimal performance.
Spindles: Check the spindle bearings for wear every 6 months, and replace the spindle oil (if applicable) according to the maintenance schedule. The built-in spindle cooling system should also be inspected to ensure proper airflow.
Control System: Back up the control system’s program data monthly to prevent data loss. Periodically update the Syntec 210TB-E firmware (available from Xindai CNC) to access new features and bug fixes.
Following these steps will extend the lathe’s lifespan and maintain its ±0.002mm precision for years. Xindai CNC also offers technical support and maintenance training for customers, ensuring that operators can effectively care for the equipment.
