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3 Axis Flip Positioner

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Innovationlaser@zjcxlaser.com

3 Axis Flip Positioner

3 Axis Flip Positioner (CX-3FZ/CX-3SP series) is a multi-degree-of-freedom motion control device featuring 3-axis (horizontal axis + frame axis + vertical axis) rotational positioning (matching the 3-axis structure in the image). It integrates flexible flip, rotation, and positioning capabilities, and is typically matched with collaborative robots (as shown in the image) to achieve multi-angle processing, assembly, or testing of workpieces. It is widely used in scenarios requiring complex motion postures (e.g., heavy-duty welding, precision component assembly, multi-angle testing)
Contact Us

Contact Us

Innovationlaser@zjcxlaser.com

Specification

Specification4 1

Customization Options

The CX-3FZ/CX-3SP series of 3 Axis Flip Positioners supports flexible customization to adapt to diverse application scenarios, with key customizable dimensions including:
  1. Load & Structural Customization
    • Load Capacity: Tailored designs for load ranges beyond the standard 500kg (e.g., 800–1500kg) — achieved by reinforcing the 3-axis frame, rotating shafts, and bearing structures, to accommodate heavy workpieces (e.g., large steel structures, aerospace components).
    • Frame & Worktable Specifications:
      • Custom frame size (LWH) to fit the installation space of production lines or test sites;
      • Worktable customization (size, surface treatment: anti-slip coating, positioning holes, threaded mounting points) to match workpiece fixing requirements.
    • Swing Radius Adjustment: Expand or reduce the swing radius (beyond 650mm) to adapt to the motion range of large workpieces or compact installation environments.
  2. 3-Axis Motion Performance Customization
    • Rotation Speed & Angle:
      • Adjust the rated/max rotation speed of horizontal/vertical/frame axes (e.g., increase the frame axis speed to 80°/sec) to match the rhythm of production or testing processes;
      • Expand rotation angles (e.g., extend horizontal axis rotation to ±270°) for scenarios requiring larger motion postures.
    • Positioning Accuracy: Upgrade to higher precision (e.g., ±1.0 arcmin or better) by optimizing transmission components (e.g., high-precision reducers) and adding closed-loop feedback sensors, suitable for precision assembly or testing scenarios.
  3. Configuration & Accessory Customization
    • Reducer & Drive System:
      • Alternative reducer models (e.g., higher torque, higher precision specifications) to match motion stability requirements;
      • Compatibility with specific servo drive systems (e.g., matching the customer’s existing PLC/robot controller) for seamless integration into production lines.
    • Functional Accessories:
      • Sensors: Add angle feedback sensors, overload protection sensors, or position limit sensors;
      • Safety Components: Equip emergency stop devices, protective enclosures, or interlock systems to enhance operational safety;
      • Robot Matching: Customize interface dimensions and connection methods to match specific brands/models of collaborative robots (as shown in the product image).
  4. Environmental Adaptation Customization
    • Special Environment Modifications:
      • Dust/Waterproof: Custom sealed enclosures (IP65 or higher) for dusty, wet, or spray-based production scenarios (e.g., coating lines);
      • Temperature Resistance: Adopt heat-resistant materials/cooling systems for high-temperature environments (e.g., heat treatment matching), or low-temperature lubricants for cold-storage application;
      • Corrosion Resistance: Apply anti-corrosion coatings to the frame and worktable for scenarios involving chemical processing or marine environments.

Application Cases

01

Automotive industry

Laser welding enables high-precision, high-speed automotive manufacturing with minimal distortion, supports diverse materials, and enhances strength, durability, and aesthetics through automation.
Automotive industry
02

Arc welding steel structure

Programming-free arc welding robots in steel structures use vision and AI for adaptive welding. They auto-identify seams, plan paths, reduce manual work, handle tolerances, and boost quality and efficiency for flexible, small-batch production.
Arc welding steel structure
03

Charging cabinet

Laser welding robots for GIS/RMU ensure airtight seams with high precision, minimal distortion, and consistent strength, enhancing safety and reliability through automated production.
Charging cabinet
04

Kitchenware industry

Laser welding for cookware ensures fine, smooth seams without polishing, prevents distortion, maintains appearance, suits various metals, and enables automated, efficient production.
Kitchenware industry
  • Heavy-Duty Welding Production

Matched with welding robots (as shown in the product image): the 3-axis flip function positions large workpieces (e.g., steel structures, mechanical frames) at multi-angle welding postures, enabling robots to complete full-position welding (flat/vertical/overhead) and ensuring uniform weld quality.

  • Aerospace Component Testing

Simulates complex motion postures of aerospace parts (e.g., engine components, cabin segments) via 3-axis rotation, verifying structural stability and fatigue resistance under multi-directional flip/rotation conditions.

  • Precision Equipment Assembly

Used in assembling complex equipment (e.g., industrial robots, medical imaging devices): the 3-axis positioning function adjusts the angle of precision components (e.g., mechanical arms, sensor modules) to achieve accurate multi-directional fitting.

  • Multi-Angle Coating & Surface Processing

Rotates workpieces (e.g., large metal plates, composite material parts) via 3-axis flip, ensuring uniform coverage of coatings, sandblasting, or polishing on all surfaces, avoiding processing dead angles.

  • Automated Logistics & Handling

Integrated into intelligent logistics lines: the 3-axis flip function adjusts the posture of heavy cargo (e.g., large containers, industrial packages) for loading/unloading, sorting, or stacking, improving handling efficiency.

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01
Step

Submit Requirements

Provide drawings, photos, videos, and basic project details to help us quickly understand your needs.
02
Step

Technical Evaluation

Our team analyzes your materials and proposes the most suitable laser or automation solution.
03
Step

Design & Production

We finalize the solution, start detailed design, and manufacture the required equipment.
04
Step

Delivery & Support

We install the system, train your team, and provide ongoing technical service.
Contact

Reliable After-Sales Service You Can Trust.

Our service team offers quick troubleshooting, remote assistance, on-site support, and lifetime technical guidance to keep your production stable and efficient.

Email Address

Innovationlaser@zjcxlaser.com

Whatsapp

+86 13615855016

Company Address

Building 1, Wanli Science&Innovation Industrial Park, 104 National Road, Shangyu District, Shaoxing, Zhejiang, China,312300

Opening Hour

Monday to Friday: 9:00 AM to 7:00 PM Saturday to Sunday: 9:00 AM to 5:00 PM

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