Xiamen Queenly Machine Co., Ltd.
| Control Method | Closed-Loop Control |
| Application | Glass |
| Leading Time | 35days |
| Process Usage | Metal-Cutting CNC Machine Tools |
| Trademark | Queenly |
| Delivery Time | 15-30DAYS |
| Transport Package | Pallet |
| Movement Method | Contour Control |
| Performance Classification | High-End CNC Machine Tools |
| Model NO. | UT260 |
| Payment Terms | T/T |
| Condition | New |
| Origin | China |
| Packaging Details | Standard export packing |
| Processing Precision | 0.01~0.02(mm) |
| Supply Ability | 30set/mouth |
| Production Capacity | 50sets/Month |
| Numerical Control | CNC/MNC |
| Specification | 2550×3020×3000 |
| Place of Origin | China |
| Brand Name | Queenly |
| Certification | GS, CE, RoHS, ISO 9001 |
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Product Specification
| Control Method | Closed-Loop Control | Application | Glass |
| Leading Time | 35days | Process Usage | Metal-Cutting CNC Machine Tools |
| Trademark | Queenly | Delivery Time | 15-30DAYS |
| Transport Package | Pallet | Movement Method | Contour Control |
| Performance Classification | High-End CNC Machine Tools | Model NO. | UT260 |
| Payment Terms | T/T | Condition | New |
| Origin | China | Packaging Details | Standard export packing |
| Processing Precision | 0.01~0.02(mm) | Supply Ability | 30set/mouth |
| Production Capacity | 50sets/Month | Numerical Control | CNC/MNC |
| Specification | 2550×3020×3000 | Place of Origin | China |
| Brand Name | Queenly | Certification | GS, CE, RoHS, ISO 9001 |
| High Light | 5 axis CNC machine ，flexible CNC machine Ut260 ，versatile CNC milling machine | ||
The UT260 is a precision-focused machining solution tailored for demanding manufacturing scenarios. It boasts a well-designed worktable that provides a stable foundation for workpiece placement, paired with a set of axes that offer amp-le movement range to accommodate various part sizes and machining requirements. At its core, the spindle delivers ro-bust performance, supporting both high-speed finishing operations and steady heavy-cutting tasks, thanks to a power-ful servo main motor that ensures consistent power output.
To enhance machining efficiency, the UT260 is equipped with a disc-type tool magazine featuring a servo arm design, which enables quick tool changes to minimize non-cutting time, keeping production processes flowing smoothly. Its a-ccuracy is a standout feature, with precise positioning and repeat positioning capabilities across key axes, ensuring th-at even complex parts are machined with consistent, high-quality results.
The machine also prioritizes practicality and durability in its design. It includes a fully enclosed protective cover to mai-ntain a clean, safe working environment, along with efficient chip removal and coolant systems that prevent interferen-ce during operation and protect critical components. Additionally, the use of reliable guideway structures and effective spindle cooling/protection mechanisms ensures long-term stable performance, making the UT260 a dependable choice for businesses seeking to meet strict precision standards and maintain consistent productivity in their machining ope-rations.
| NO. | Item | Unit | Data |
| 1 | Worktable Size (Table Diameter) | mm | 260 |
| 2 | T-Slot | mm | / |
| 3 | T-Slot Pitch | mm | / |
| 4 | Rotary Table Maximum Load | kg | 30KG |
| 5 | X-Axis Left-Right Travel | mm | 420 |
| 6 | Y-Axis Travel | mm | 400 |
| 7 | Z-Axis Travel | mm | 320 |
| 8 | Distance from Spindle Center to Column Guide Surface | mm | 420 |
| 9 | Distance from Spindle Nose to Rotary Table | mm | 90-410 |
| 10 | Spindle Taper | - | BT30-100 |
| 11 | Spindle Speed Range | r/min | Direct-Drive Type, 0–20000 rpm |
| 12 | Main Motor Model | - | S08-M7.5-20B4-0C0 |
| 13 | Rated Power of Servo Main Motor | kw | 5.5 |
| 14 | 30-Minute Maximum Power of Servo Main Motor | kw | 7.5 |
| 15 | Continuous Rated Torque of Servo Main Motor | Nm | 17.51/Max 23.8 |
| 16 | Spindle Component Dynamic Balancing Method | - | G1 |
| 17 | Spindle Accuracy | - | Spindle Nose Runout: 0.003 mm; Spindle Radial Runout: Near End 0.003 mm |
| 18 | Tool Holder Standard | - | BT30 |
| 19 | Pull Stud Standard | - | P30(45º) |
| 20 | X/Y-Axis Feed Motor Model | - | AM11 |
| 21 | X/Y-Axis Feed Motor Max. Speed | r/min | 4000 |
| 22 | Rated Power of X/Y-Axis Feed Motor | kw | 2.4 |
| 23 | Stall Torque of X/Y-Axis Feed Motor | Nm | 11.5 |
| 24 | Z-Axis Feed Motor Model | - | AM18 |
| 25 | Maximum Speed of Z-Axis Feed Motor | r/min | 3000 |
| 26 | Rated Power of Z-Axis Feed Motor | kw | 3.9 |
| 27 | Stall Torque of Z-Axis Feed Motor | Nm | 18.6 |
| 28 | X/Y-Axis Rapid Traverse | m/min | 60 |
| 29 | Z-Axis Rapid Traverse | m/min | 48 |
| 30 | A-Axis Rapid Traverse | Rpm/min | 200 |
| 31 | C-Axis Rapid Traverse | Rpm/min | 300 |
| 32 | Cutting Feed Rate | mm/min | 15000 |
| 33 | Tool Magazine Type (Servo Arm Type) | - | Disc Type |
| 34 | Tool Magazine Capacity (Servo Arm Type) | pcs | 21 |
| 35 | Maximum Tool Diameter with Full Magazine (Servo Arm Type) | mm | ∅80 |
| 36 | Maximum Tool Diameter with Adjacent Empty Slots (Servo Arm Type) | mm | ∅150 |
| 37 | Maximum Allowable Tool Weight (Servo Arm Type) | kg | 3 |
| 38 | Maximum Allowable Tool Length (Servo Arm Type) | mm | 150 |
| 39 | Tool-to-Tool Change Time (Servo Arm Type) | s | 1.8 |
| 40 | Tool Selection Method (Servo Arm Type) | - | Nearest Tool Selection by Clockwise |
| 41 | Total Electrical Capacity of Machine (Power Source) | KVA | 30 |
| 42 | Coolant Pump Flow Rate (Power Source) | L/min | 40(Head:18m) |
| 43 | Compressed Air for Machine (Power Source) | Kgf/cm² | 6-8 |
| 44 | Power Supply Requirement (Power Source) | - | 380V±10% 50Hz |
| 45 | Ambient Temperature Requirement (Environmental Requirements) | - | 0℃-40℃ |
| 46 | Relative Humidity (Environmental Requirements) | - | 20%-80% |
| 47 | Overall Machine Dimensions (Machine Dimensions) | mm | 235019502750 |
| 48 | Machine Weight (Machine Dimensions) | kg | 3300 |
| 49 | Machine Protective Cover (Machine Dimensions) | - | Fully Enclosed |
| 50 | X/Y/Z Positioning Accuracy (Accuracy) | mm | ±0.005 |
| 51 | X/Y/Z Repeat Positioning Accuracy (Accuracy) | mm | ±0.005 |
| 52 | A/C Axis Positioning Accuracy (Accuracy) | arcsec | 6 arc seconds |
| 53 | Guideway Type (Others) | - | X30*4 Ball Linear Guideway with Slider; Y30*4 Ball Linear Guideway with Slider; Z Ball Linear Guideway with Slider; Linear Guideway and Slider Type |
| 54 | Chip Removal Method (Others) | - | Front Coolant Flood / Rear Chip Removal |
| 55 | Cleaning Method (Others) | - | Manual Air Gun / Chip-Cleaning Coolant Gun |
| 56 | Spindle Protection / Cooling Method (Others) | - | Coolant Spray / Machining Air Blow |
The UT260 is mainly used for precision milling, high-speed finishing, heavy-duty cutting, complex parts processing, mold machining, and customized industrial workpiece production.
The UT260 supports multiple machining tasks, including milling, contour machining, high-speed finishing, and heavy-duty cutting. Its five-axis capability and flexible movement range make it suitable for different workpiece sizes, shapes, and production requirements.
The disc-type tool magazine with servo arm design enables fast and stable automatic tool changing. It reduces tool change time, minimizes non-cutting time, and improves machining continuity during multi-process production.
Yes. The machine is equipped with a robust spindle system and powerful servo main motor, allowing it to support both high-speed finishing and steady heavy-cutting operations.
The UT260 uses precise axis positioning, repeat positioning capability, stable guideway structures, and reliable spindle cooling and protection mechanisms to maintain consistent accuracy during long-term operation.
Please provide your workpiece material, processing size, accuracy requirements, machining functions, production capacity, or machine model. You can also send product drawings or pictures, and our team will recommend a suitable configuration.
Yes. We support customization of machining range, spindle power, tool magazine, control system, fixture configuration, coolant system, chip removal system, protective cover, guideway structure, spindle cooling system, and other machine specifications according to customer production needs.
Company Details
Year Established:
2010
Ecer Certification：
Verified Supplier
Queenly Machine established in Fujian, specializing in a wide range of precision CNC machine tools, including high-precision grinding centers, ultra-precision surface grinders, optical milling and grinding centers, flexible polishing machines, various machining centers, CNC cutting tools, power chuc... Queenly Machine established in Fujian, specializing in a wide range of precision CNC machine tools, including high-precision grinding centers, ultra-precision surface grinders, optical milling and grinding centers, flexible polishing machines, various machining centers, CNC cutting tools, power chuc...
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