Machining center series

HSK-A100 / BBT50 High-Torque & High-Speed Dual-Winding Spindle (220V)A2003828 | 305 N·m / 12,000 rpm | 280mm | Mitsubishi-Wound Motor | For HMCs & Gantry Mills The A2003828 is a high-performance dual-winding electric spindle engineered for demanding applications on horizontal machining centers and gantry mills. Built with a robust 280mm housing and compatible with both HSK-A100 and BBT50 tool systems, it delivers exceptional versatility through its 220V, Mitsubishi-wound asynchronous motor. Operators can select high-torque mode (Y-connection: 305 N·m at 1500 rpm max) for heavy roughing, or switch to high-speed mode (Δ-connection: 12,000 rpm at 184 N·m) for productive milling and finishing. Designed for high rigidity, minimal thermal growth, and seamless integration with Mitsubishi drives via its native serial encoder, this spindle is a powerful upgrade for shops tackling large, challenging workpieces. Technical Overview This spindle is engineered to master both high-force and high-speed machining in one robust package. Its core strength lies in the specialized Mitsubishi-wound dual-coil design, which provides two distinct power curves optimized for different materials and...

HSK-A100 / BBT50 High-Torque & High-Speed Dual-Winding Spindle305 N·m / 12,000 rpm | 280mm | Flange Mount | 380V | Compatible with Siemens & 3rd-Party Drives The A2005282 is a powerful and versatile dual-winding electric spindle engineered for heavy-duty horizontal machining centers and gantry mills. Featuring a robust 280mm housing and dual HSK-A100/BBT50 tool interface compatibility, it delivers exceptional flexibility through its dual-winding asynchronous motor. Operators can select high-torque mode (Y-connection: 305 N·m, 1500 rpm max) for demanding roughing, or high-speed mode (Δ-connection: 12,000 rpm, 184 N·m) for efficient milling and finishing. Designed with a flange for vertical mounting orientation, high structural rigidity, and optimized thermal management, it is an ideal performance upgrade for 380V systems using Siemens or other third-party drives alongside its native Mitsubishi encoder interface. Technical Overview This spindle is a strategic solution for workshops requiring both immense cutting force and high-speed capability in a single unit. Its core design balances massive torque for heavy stock removal with the speed needed for productivity, all within a...

A2002051 High-Torque Dual-Winding Spindle for Mitsubishi SystemsBBT50 | 210 N·m Torque | 230mm | Certified for Seamless Mitsubishi Integration The A2002051 is a high-performance, dual-winding electric spindle designed for robust vertical or horizontal machining centers operating within the Mitsubishi CNC ecosystem. Built with a 230mm housing and a BBT50 tool interface, it delivers exceptional torque and power flexibility through its dual-winding (Y/Δ) motor—offering either 210 N·m of high torque for heavy cutting or 26 kW of power for efficient milling. Pre-configured for Mitsubishi controls and drives, and engineered with high rigidity (1000 N/µm radial stiffness), this spindle ensures reliable, precision performance for demanding industrial applications. Technical Overview This spindle is engineered to provide strategic machining flexibility, allowing operators to choose between high-torque and high-power modes based on material and operation requirements. Its certified compatibility with Mitsubishi CNC and drive systems guarantees straightforward integration and stable servo performance. Combined with high structural stiffness and effective thermal management, it is ideal for workshops seeking to enhance capability and uptime on Mitsubishi-controlled...

A2005701 High-Torque Dual-Winding Spindle for Mitsubishi SystemsHSK-A100 | 210 N·m Torque | 230mm | Certified for Seamless Mitsubishi Integration The A2005701 is a formidable, dual-winding electric spindle engineered to deliver exceptional torque and versatility for heavy-duty vertical machining centers and gantry mills within the Mitsubishi control ecosystem. Featuring a robust 230mm housing and an HSK-A100 tool interface, it offers strategic performance flexibility through its dual-winding (Y/Δ) motor, providing either 210 N·m of high torque for challenging materials or 26 kW of power for efficient milling. Pre-configured and certified for Mitsubishi CNC and drive systems, and built with extreme rigidity (1000 N/µm radial stiffness), it guarantees plug-and-play reliability and precision for demanding large-part manufacturing. Technical Overview This spindle is designed as a versatile powerhouse for vertical applications, offering machine shops the ability to optimize cutting strategy based on material and operation. Its core strength lies in combining substantial torque output with the assurance of seamless integration into the Mitsubishi automation environment. The certified compatibility eliminates setup complexity, while the high rigidity...

A2004861 High-Torque Dual-Winding Spindle for Fanuc SystemsHSK-A100 | 210 N·m Torque | 230mm | 220V Dual Winding | Optimized for Heavy-Duty Horizontal Machining The A2004861 is a powerful, dual-winding electric spindle engineered for demanding heavy-duty milling and boring applications on large horizontal machining centers (HMCs) and floor-type boring mills. Built with a substantial 230mm housing and a robust HSK-A100 tool interface, it delivers exceptional 210 N·m of torque in Star (Y) connection from a 220V dual-winding motor fully compatible with Fanuc drive systems. Designed for horizontal installation and equipped with integrated high-pressure through-spindle coolant (7 MPa), this spindle combines immense cutting force, superior rigidity, and process cooling to maximize productivity in machining high-strength alloys and large components. Technical Overview This spindle is designed as a high-torque specialist for horizontal applications, where stability and powerful cutting force are paramount. The 220V dual-winding (Y/Δ) configuration offers strategic flexibility, allowing the same spindle to operate as an ultra-high-torque unit for tough materials or a higher-power unit for efficient milling. Its compatibility with Fanuc controls and...

A2004191 Ultra-High-Torque Short-Nose Spindle with HSK-A100206 N·m Torque | 35 kW | Engineered for Maximum Rigidity & Access in Heavy-Duty Machining The A2004191 represents the pinnacle of heavy-duty spindle design, engineered for the most demanding milling applications on large gantry mills, floor-type boring machines, and powerful machining centers. Built with a massive 230mm diameter and a robust HSK-A100 tool interface, its dual-winding (Y/Δ) motor unleashes a colossal 206 N·m of torque for conquering the toughest materials, while maintaining 35 kW of power. The innovative short-nose design provides superior workpiece access, and when combined with exceptional rigidity (1000 N/µm radial stiffness), an immense 45,000 N drawbar force, and integrated high-pressure coolant, it defines a new standard for productivity and capability in large-part manufacturing. Technical Overview This spindle is engineered as a true powerhouse, prioritizing extreme torque delivery and structural integrity above all else. The "short-nose" configuration minimizes overhang, bringing the tool closer to the bearing support for unmatched rigidity and allowing access to deep cavities or confined workspaces on large components. Designed for...

A2001961 High-Torque Dual-Winding Spindle with HSK-A100Heavy-Duty Power for Large Tool Machining | 81 N·m Torque | 22 kW Power The A2001961 is a robust, high-torque electric spindle engineered for heavy-duty milling applications requiring the use of large-diameter tools and substantial cutting force. Built around a formidable HSK-A100 tool interface within a 190mm housing, its dual-winding (Y/Δ) motor offers strategic flexibility: delivering 81 N·m of high torque for challenging materials or 22 kW of power for efficient high-feed operations. Featuring an exceptionally high drawbar force of 45,000 N for utmost tool security, this vertical-mount spindle is designed for stability and productivity in large-part machining on gantry mills and powerful vertical machining centers. Technical Overview This spindle is purpose-built for shops that utilize large face mills, slotting cutters, and other substantial tooling on tough materials. The HSK-A100 interface provides the rigidity and precision necessary for heavy-load power transmission. The dual-winding design allows operators to prioritize either immense cutting force or maximum power efficiency, making it a versatile core component for demanding industrial milling tasks. Core Performance...

A2004711 Ultra-High-Torque Spindle for Mitsubishi SystemsBBT50 | 143 N·m Max Torque | 190mm | Redefining Heavy-Duty Cutting with Extreme Rigidity The A2004711 is engineered for a singular purpose: to deliver unmatched torque and structural integrity for the most demanding heavy-duty milling applications on large vertical machining centers and gantry mills within the Mitsubishi ecosystem. While sharing a similar 190mm outer diameter with other models, its design philosophy diverges significantly, prioritizing extreme torque (143 N·m) and maximum rigidity (1000 N/µm radial stiffness) over raw high-speed power. Equipped with a robust BBT50 tool interface and fully certified for Mitsubishi CNC systems, this spindle is the definitive solution for stable, powerful machining of high-strength materials where cutting force and process stability are non-negotiable. Technical Overview & Key Differentiator The A2004711 distinguishes itself within the 190mm spindle class by being a dedicated ultra-high-torque, high-rigidity specialist. Unlike models optimized for high power or dual-mode versatility, this spindle's core is built around a massive bearing configuration and a motor winding designed to generate immense, stable torque...

A2005311 Dual-Winding High-Torque Spindle for Mitsubishi SystemsBBT40 | 90.38 N·m Torque | Certified for Seamless Mitsubishi Integration The A2005311 is a precision-engineered, dual-winding electric spindle designed to deliver exceptional torque density and operational flexibility for demanding milling applications. Built with a robust 190mm diameter and a BBT40 tool interface, it features a Mitsubishi-optimized design that offers two distinct performance profiles: an ultra-high torque mode (90.38 N·m) for challenging materials and a high-power mode (18.5 kW) for efficient machining. Pre-configured with a Mitsubishi serial encoder and drive compatibility, and equipped with a 7 MPa through-spindle coolant system, it guarantees plug-and-play performance, reliability, and precision for vertical machining centers within the Mitsubishi ecosystem. Technical Overview This spindle is engineered to provide maximum versatility without compromising on integration ease. Its dual-winding (Y/Δ) motor allows users to strategically select the optimal balance of torque and power for specific materials and operations. Fully certified for the Mitsubishi control and drive platform, it eliminates compatibility concerns and ensures optimal servo performance, making it an ideal, low-risk upgrade or replacement for...

A2005261 High-Torque Spindle for AC Swivel Heads105 N·m Torque | 30 kW | 190mm HSK-A63 | Engineered for Precision 5-Axis Machining & Heavy-Duty Milling The A2005261 is a specialized, high-torque electric spindle designed for integration into AC swivel heads (pendulum heads) and angular milling attachments on 5-axis machining centers, gantry mills, and high-performance vertical mills. Built around a robust 190mm housing with an integrated flange and drive flat for precise orientation, it delivers an exceptional 105 N·m of torque from a 30 kW motor. Combining immense cutting force with extreme rigidity (900 N/µm radial stiffness) and integrated 7 MPa through-spindle coolant, it is the ideal solution for stable, accurate machining of complex geometries and tough materials in dynamic multi-axis applications. Technical Overview This spindle is engineered specifically for the demands of swivel head and angular head machining, where stability, precision, and power transmission in various orientations are critical. Its single-speed, high-torque design prioritizes consistent performance for heavy cutting in challenging alloys. The specialized mounting flange ensures rigid and repeatable...