| Model: | - |
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| Brand: | - |
| Origin: | Made In China |
| Category: | Industrial Supplies / Machinery / Machine Tool |
| Label: | Robotic Arm , automated stamping |
| Price: |
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| Min. Order: | - |
| Last Online:13 Jul, 2024 |
Description:
The 2D Stamping Manipulator, available in various models such as QF-D200, QF-D300, QF-D450, QF-D600, and QF-D900, is a versatile and precision-engineered tool designed for efficient and accurate handling of stamped components in manufacturing processes.
This manipulator is equipped with advanced features to ensure seamless operation and optimal performance.
Specifications:
1) Transfer Accuracy: ±0.2mm
2) Movement Stroke (X axis): 200mm (QF-D200), 300mm (QF-D300), 450mm (QF-D450), 600mm (QF-D600), 900mm (QF-D900)
3) Movement Stroke (Y axis): 0~150mm
4) Lifting Stroke (Z axis):
30-100mm (for QF-D200, QF-D450, QF-D600, QF-D900)
30-60mm (for QF-D300)
5) Reclaiming Method: Vacuum Suction Cup/Electric Suction Cup/Gripper
6) Applicable Driver: Mitsubishi Servo Driver
Single Machine Multi-Engineering Manipulator Key Features:
1. Precision Transfer: Achieves a high transfer accuracy of ±0.2mm, ensuring precise placement of stamped components during the manufacturing process.
2. Adjustable Movement Stroke: Offers a range of movement strokes (X axis) from 200mm to 900mm, catering to different production requirements and component sizes.
3. Versatile Reclaiming Method: Supports multiple reclaiming methods including vacuum suction cup, electric suction cup, and gripper, providing flexibility to handle various types of stamped components.
4. Advanced Control System: Utilizes Mitsubishi Servo Driver for reliable and efficient control of the manipulator, ensuring smooth and accurate operation.
5. Adjustable Lifting Stroke: Provides adjustable lifting stroke (Z axis) options, allowing for precise positioning and handling of components at different heights.
6. Robust Construction: Built with durable materials and precision engineering, ensuring long-term reliability and minimal maintenance requirements.
7. User-Friendly Design: Designed with ease of use in mind, featuring intuitive controls and ergonomic design elements for operator convenience and efficiency.
Applications:
A. Automotive manufacturing
B. Electronics assembly
C. Appliance production
D. Aerospace industry
E. General manufacturing processes requiring precise handling of stamped components.
