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No, 309 Guandoumen Road, Wuhu Distict, China (Anhui) pilot Free Trade Zone
The Machining Center-VMC1311 is a premium vertical machining center (VMC) manufactured by Xindai CNC, a leading China-based CNC machinery provider specializing in industrial-grade metalworking equipment. Designed to balance high precision, efficiency, and durability, this machine caters to the evolving needs of modern manufacturing—from small-batch custom parts to large-scale automated production lines.
At its core, the VMC1311 integrates advanced components and engineering, including a Taiwan-sourced spindle unit, X, Y, Z three-axis servo control, and a 24-tools umbrella-type automatic tool changer (ATC), ensuring consistent performance across complex machining tasks. Whether for milling, boring, drilling, or tapping, the VMC1311 minimizes setup time, reduces tool wear, and maintains tight tolerances, making it a reliable choice for metalworking facilities worldwide.
The Machining Center-VMC1311 stands out for its robust technical design, with each feature optimized to enhance precision, speed, and operational longevity.
The spindle is the heart of the VMC1311, and its design prioritizes stability and speed for heavy-duty machining:
Spindle Unit: Equipped with a Taiwan-sourced spindle unit boasting strong axial and radial load capacity, the system handles rigid materials (e.g., cast steel, iron) without compromising precision.
Rotational Speed: Achieves a maximum speed of 6000rpm, ideal for both high-speed finishing and low-speed heavy cutting.
Center Blowing Structure: After tool release, high-pressure gas is injected into the spindle interior to quickly clean debris. This feature ensures accurate tool clamping and prevents micro-abrasions that degrade machining quality over time.
The X, Y, Z three axes of the VMC1311 are engineered for smooth, backlash-free movement—critical for tight-tolerance applications:
Transmission Design: Adopts Taiwan-sourced ball screws with a direct-connection structure. Screws are installed via pre-stretching, boosting connection rigidity and enabling high feed speeds.
Servo Motor Integration: Feed servo motors transmit power directly to ball screws via elastic couplers, eliminating backlash to ensure superior positioning accuracy.
Z-Axis Hydraulic Balancing: A dedicated hydraulic balancing device for the Z-axis ensures uniform driving force during upward/downward movement, preventing vibration and maintaining stability at all heights.
Durability and maintenance ease are built into the VMC1311’s structure:
Closed Protection for Guideways & Screws: The X, Y, Z axis guideways and ball screws feature full closed protection, shielding components from coolant, chips, and dust. This design preserves transmission precision and extends component lifespan.
Ring-Shaped Outer Protection: The machine’s exterior uses a ring-shaped closed structure, enhancing operator safety while preventing debris accumulation in critical areas.
The 24-tools umbrella-type automatic tool changer (ATC) optimizes workflow and reduces downtime:
Tool Change Logic: Utilizes shortest-path tool change technology, minimizing tool change time and boosting overall efficiency.
Reliability: Undergoes rigorous running tests to ensure consistent performance, meeting industrial reliability standards for long-term use.
Tool Set Material: All tool sets are made of imported engineering plastic—lightweight, high-strength, and resistant to damage. The double-bearing separated tool arm ensures high concentricity and low operating noise.
Consistent lubrication and cooling prevent overheating and wear:
Centralized Automatic Lubrication: An automatic intermittent lubrication system delivers timed, quantitative lubrication to key components (e.g., guideways, screws), ensuring stable operation and reducing maintenance frequency.
Coolant & Thermal Management: Coolant is directly injected to cool spindle bearings, while the motor and machine bed are also actively cooled. This minimizes thermal deformation—a major cause of precision loss in high-intensity machining.
The VMC1311 supports multiple CNC systems to match diverse user needs:
Optional CNC Systems: Compatible with industry-leading systems including Fanuc, Mitsubishi, Siemens, Guangdao, and New Generation. All systems include chaining, safety protection, and fault diagnosis alarm functions for easy troubleshooting.
Communication Interface: Equipped with an RS232 standard communication interface, enabling seamless data transfer between the machine and external devices (e.g., computers, CAD/CAM software).
Electrical Box Design: The electrical box features a tight seal and integrated heat exchange system, maintaining a stable internal environment to protect sensitive electrical components from dust and temperature fluctuations.
The Machining Center-VMC1311 is versatile enough to serve a wide range of metalworking scenarios, thanks to its precision, speed, and adaptability.
The VMC1311 excels at machining various metal materials, including:
Rigid parts (e.g., steel alloys, aluminum alloys)
Cast components (cast steel parts, cast iron parts)
Non-ferrous metals (e.g., copper, brass) for precision components.
With one-time clamping capability, the VMC1311 completes multiple processes without repositioning, reducing errors and saving time. Key applications include:
Complex Parts: Discs, plates, shells, and molds—ideal for industries like automotive, aerospace, and mold manufacturing.
Machining Processes: CNC milling, boring, drilling, reaming, countersinking, and tapping. The machine’s flexibility eliminates the need for multiple dedicated tools, streamlining production.
The VMC1311 is designed to fit diverse production needs:
Small-to-Medium Batches: Perfect for custom parts or low-volume production, where quick setup and precision are critical.
Large-Scale Production: Can be integrated into automatic production lines for mass manufacturing of complex parts (e.g., automotive components). This ensures consistent part quality and high throughput, even in 24/7 operation.
The VMC1311 supports a range of industry-standard CNC systems to meet different user preferences and application requirements, including Fanuc, Mitsubishi, Siemens, Guangdao, and New Generation. All systems include essential functions like chaining, safety protection, and fault diagnosis alarms, and feature an RS232 interface for easy data transfer.
After the spindle loosens a tool, the center blowing structure uses high-pressure gas to quickly clean debris (e.g., metal chips, coolant residue) from the spindle interior. This prevents debris from interfering with tool clamping, ensuring the tool is seated correctly and maintaining consistent positioning accuracy—a key factor in producing parts with tight tolerances.
The 24-tools umbrella-type automatic tool changer (ATC) offers two key benefits: efficiency and reliability. Its shortest-path tool change logic minimizes tool change time, reducing downtime and boosting overall productivity. Additionally, the ATC uses imported engineering plastic tool sets and a double-bearing separated tool arm, ensuring low noise, high concentricity, and long service life—even in high-frequency use.
Yes. The VMC1311 is engineered for high precision, with features like Taiwan-sourced ball screws (pre-stretched for rigidity), direct-connection servo motors (no backlash), and a Taiwan-sourced spindle unit (strong load capacity). These components work together to maintain tight tolerances, making the machine ideal for high-precision applications such as mold manufacturing and aerospace part production.
The VMC1311’s guideways and ball screws are protected by full closed covers, which prevent dust, chips, and coolant from entering. Additionally, the machine’s centralized automatic lubrication system delivers timed, quantitative lubrication to these components, reducing friction and wear. For long-term maintenance, users should regularly inspect the closed covers for damage and replace lubricants according to Xindai CNC’s recommended schedule.
At its core, the VMC1311 integrates advanced components and engineering, including a Taiwan-sourced spindle unit, X, Y, Z three-axis servo control, and a 24-tools umbrella-type automatic tool changer (ATC), ensuring consistent performance across complex machining tasks. Whether for milling, boring, drilling, or tapping, the VMC1311 minimizes setup time, reduces tool wear, and maintains tight tolerances, making it a reliable choice for metalworking facilities worldwide.
The Machining Center-VMC1311 stands out for its robust technical design, with each feature optimized to enhance precision, speed, and operational longevity.
The spindle is the heart of the VMC1311, and its design prioritizes stability and speed for heavy-duty machining:
Spindle Unit: Equipped with a Taiwan-sourced spindle unit boasting strong axial and radial load capacity, the system handles rigid materials (e.g., cast steel, iron) without compromising precision.
Rotational Speed: Achieves a maximum speed of 6000rpm, ideal for both high-speed finishing and low-speed heavy cutting.
Center Blowing Structure: After tool release, high-pressure gas is injected into the spindle interior to quickly clean debris. This feature ensures accurate tool clamping and prevents micro-abrasions that degrade machining quality over time.
The X, Y, Z three axes of the VMC1311 are engineered for smooth, backlash-free movement—critical for tight-tolerance applications:
Transmission Design: Adopts Taiwan-sourced ball screws with a direct-connection structure. Screws are installed via pre-stretching, boosting connection rigidity and enabling high feed speeds.
Servo Motor Integration: Feed servo motors transmit power directly to ball screws via elastic couplers, eliminating backlash to ensure superior positioning accuracy.
Z-Axis Hydraulic Balancing: A dedicated hydraulic balancing device for the Z-axis ensures uniform driving force during upward/downward movement, preventing vibration and maintaining stability at all heights.
Durability and maintenance ease are built into the VMC1311’s structure:
Closed Protection for Guideways & Screws: The X, Y, Z axis guideways and ball screws feature full closed protection, shielding components from coolant, chips, and dust. This design preserves transmission precision and extends component lifespan.
Ring-Shaped Outer Protection: The machine’s exterior uses a ring-shaped closed structure, enhancing operator safety while preventing debris accumulation in critical areas.
The 24-tools umbrella-type automatic tool changer (ATC) optimizes workflow and reduces downtime:
Tool Change Logic: Utilizes shortest-path tool change technology, minimizing tool change time and boosting overall efficiency.
Reliability: Undergoes rigorous running tests to ensure consistent performance, meeting industrial reliability standards for long-term use.
Tool Set Material: All tool sets are made of imported engineering plastic—lightweight, high-strength, and resistant to damage. The double-bearing separated tool arm ensures high concentricity and low operating noise.
Consistent lubrication and cooling prevent overheating and wear:
Centralized Automatic Lubrication: An automatic intermittent lubrication system delivers timed, quantitative lubrication to key components (e.g., guideways, screws), ensuring stable operation and reducing maintenance frequency.
Coolant & Thermal Management: Coolant is directly injected to cool spindle bearings, while the motor and machine bed are also actively cooled. This minimizes thermal deformation—a major cause of precision loss in high-intensity machining.
The VMC1311 supports multiple CNC systems to match diverse user needs:
Optional CNC Systems: Compatible with industry-leading systems including Fanuc, Mitsubishi, Siemens, Guangdao, and New Generation. All systems include chaining, safety protection, and fault diagnosis alarm functions for easy troubleshooting.
Communication Interface: Equipped with an RS232 standard communication interface, enabling seamless data transfer between the machine and external devices (e.g., computers, CAD/CAM software).
Electrical Box Design: The electrical box features a tight seal and integrated heat exchange system, maintaining a stable internal environment to protect sensitive electrical components from dust and temperature fluctuations.
The Machining Center-VMC1311 is versatile enough to serve a wide range of metalworking scenarios, thanks to its precision, speed, and adaptability.
The VMC1311 excels at machining various metal materials, including:
Rigid parts (e.g., steel alloys, aluminum alloys)
Cast components (cast steel parts, cast iron parts)
Non-ferrous metals (e.g., copper, brass) for precision components.
With one-time clamping capability, the VMC1311 completes multiple processes without repositioning, reducing errors and saving time. Key applications include:
Complex Parts: Discs, plates, shells, and molds—ideal for industries like automotive, aerospace, and mold manufacturing.
Machining Processes: CNC milling, boring, drilling, reaming, countersinking, and tapping. The machine’s flexibility eliminates the need for multiple dedicated tools, streamlining production.
The VMC1311 is designed to fit diverse production needs:
Small-to-Medium Batches: Perfect for custom parts or low-volume production, where quick setup and precision are critical.
Large-Scale Production: Can be integrated into automatic production lines for mass manufacturing of complex parts (e.g., automotive components). This ensures consistent part quality and high throughput, even in 24/7 operation.
The VMC1311 supports a range of industry-standard CNC systems to meet different user preferences and application requirements, including Fanuc, Mitsubishi, Siemens, Guangdao, and New Generation. All systems include essential functions like chaining, safety protection, and fault diagnosis alarms, and feature an RS232 interface for easy data transfer.
After the spindle loosens a tool, the center blowing structure uses high-pressure gas to quickly clean debris (e.g., metal chips, coolant residue) from the spindle interior. This prevents debris from interfering with tool clamping, ensuring the tool is seated correctly and maintaining consistent positioning accuracy—a key factor in producing parts with tight tolerances.
The 24-tools umbrella-type automatic tool changer (ATC) offers two key benefits: efficiency and reliability. Its shortest-path tool change logic minimizes tool change time, reducing downtime and boosting overall productivity. Additionally, the ATC uses imported engineering plastic tool sets and a double-bearing separated tool arm, ensuring low noise, high concentricity, and long service life—even in high-frequency use.
Yes. The VMC1311 is engineered for high precision, with features like Taiwan-sourced ball screws (pre-stretched for rigidity), direct-connection servo motors (no backlash), and a Taiwan-sourced spindle unit (strong load capacity). These components work together to maintain tight tolerances, making the machine ideal for high-precision applications such as mold manufacturing and aerospace part production.
The VMC1311’s guideways and ball screws are protected by full closed covers, which prevent dust, chips, and coolant from entering. Additionally, the machine’s centralized automatic lubrication system delivers timed, quantitative lubrication to these components, reducing friction and wear. For long-term maintenance, users should regularly inspect the closed covers for damage and replace lubricants according to Xindai CNC’s recommended schedule.
