Type | Data |
Power | 3KW |
Model | Water cool spindle ATC |
Voltage | 220V/380V |
Current | 7-11A |
Clamp | BT30 (ER11 to ER32) |
Rated Frequency | 100-1200HZ |
Speed | 3000-18000/24000RPM |
Bearing | Ceramic ball bearing |
Spindle Diameter | 100mm |
Lubrication | Grease |
This Spindle clamp chuck can use BT30 ,but also can use NBT30.
If you need an 8 pole spindle ,1200 HZ frequency spindle, the same price.
Unleashing Precision and Power: The Ultimate Guide to the 3kW BT30 ATC Spindle Motor
In the fast-paced world of CNC machining, precision, speed, and reliability are non-negotiable. The 3kW BT30 ATC Spindle Motor stands out as a game-changer for manufacturers and hobbyists alike, combining cutting-edge technology with robust performance. Designed to handle demanding applications, this spindle motor redefines efficiency in high-speed machining. Let’s dive into what makes this tool indispensable for modern workshops.
A Closer Look at the 3kW BT30 ATC Spindle Motor
At its core, the 3kW BT30 ATC Spindle Motor is engineered to deliver unmatched power and versatility. With a 3-kilowatt (3kW) output, it strikes the perfect balance between energy efficiency and high-torque performance. Whether you’re milling hardened metals, carving intricate wood designs, or polishing composite materials, this spindle motor ensures consistent results even under heavy workloads.
Key Features Driving Performance
- Water-Cooled Design: Unlike air-cooled alternatives, the integrated water-cooling system minimizes heat buildup during prolonged operations. This not only extends the spindle’s lifespan but also maintains precision by reducing thermal expansion.
- Wide Speed Range: With a variable frequency drive (VFD), the spindle operates seamlessly between 3000 RPM and 24,000 RPM, catering to both low-speed heavy cutting and high-speed finishing tasks.
- BT30/NBT30 Tool Compatibility: The spindle supports BT30 and NBT30 tool holders, offering flexibility for ER11 to ER32 collets. This adaptability makes it ideal for workshops using diverse tooling systems.
- Ceramic Ball Bearings: Engineered with ceramic bearings, the spindle reduces friction, noise, and wear, ensuring smoother rotations and longer service intervals.
- Dual Voltage Support: Operate it on 220V or 380V power supplies, making it suitable for small-scale workshops and industrial facilities alike.
Why Choose a 3kW Spindle Motor?
For CNC operators, spindle power directly impacts productivity. The 3kW rating provides enough muscle to tackle tough materials like stainless steel or titanium without stalling, while its compact 100mm diameter design fits seamlessly into most CNC routers and milling machines. Additionally, the grease-lubricated system ensures low maintenance, freeing up time for uninterrupted production.
Applications Across Industries
This spindle motor shines in industries where precision and speed are critical:
- Aerospace: Machining lightweight aluminum components or titanium alloys.
- Automotive: Producing engine parts, molds, or custom accessories.
- Woodworking: Carving detailed furniture or musical instruments.
- Electronics: Precision drilling of circuit boards or enclosures.
Advanced Automation with ATC Integration
The Automatic Tool Changer (ATC) compatibility sets this spindle apart. By enabling rapid tool swaps without manual intervention, it slashes downtime and boosts workflow efficiency. Imagine switching from a roughing end mill to a finishing tool in seconds – the ATC feature makes it possible, ensuring seamless transitions in complex multi-stage projects.
Optimized Frequency and Pole Configuration
For users requiring ultra-high speeds, the optional 8-pole spindle configuration paired with a 1200 Hz frequency pushes the motor to its maximum 24,000 RPM capability. This is particularly valuable for industries like mold-making, where fine surface finishes are paramount.
Durability Meets Cost-Effectiveness
Investing in a spindle motor is a long-term decision. The 3kW BT30 model’s ceramic bearings and corrosion-resistant housing ensure longevity, even in humid or dusty environments. Moreover, its competitive pricing – comparable to lower-powered spindles – makes it a cost-effective upgrade for workshops aiming to scale operations.
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