Product Description
Robotic Spray Painting System
Specification
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MODEL
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OSAKA
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Maximum Payload
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40 kg
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Mass
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750 kg
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Mounting Type
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Floor
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Power Requirement
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6.5 kVA
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Position Repeatability
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+/- 0.3
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Product Description
We are supplier of Robotic Spray Painting Systems ,We design as per customer application. these products have a robust design and are mainly used in automotive production lines.
Features:
- Consistent Reputability.
- Uniform Application.
- High quality & low maintenance
- Extreme lydurable
- Ease of installation
- Simple interface
- Light in weight
- Longer service life
Advanced 6-Axis Robotic Arm TechnologyThis powerful 6-axis articulated robot arm provides superior flexibility and reach, enabling intricate and uniform spray painting for a range of surface types. Its robust stainless steel body with composite covers ensures durability and reliability under demanding industrial conditions.
Intuitive Touchscreen Control & CNC ProgrammingThe integrated human-machine interface (HMI) with touchscreen control simplifies operation, while CNC programming and proprietary/standard industrial languages streamline the painting process. Users can easily configure painting strategies for diverse applications.
Comprehensive Safety & Precision FeaturesSafety systems include emergency stop, auto-shutdown, overload protection, and enclosed safety guards with interlocks. The system also boasts 0.2 mm painting accuracy, ensuring consistently flawless finishes with minimal overspray.
FAQs of Robotic Spray Painting System:
Q: How is the Robotic Spray Painting System operated and programmed for different applications?
A: The system utilizes a user-friendly touchscreen HMI and supports programming through proprietary or standard industrial robot languages. Operators can configure spraying patterns, paint types, and coverage parameters to suit specific industrial or product needs.
Q: What type of paints and surfaces can the robotic arm work with?
A: This robotic system accommodates both solvent-based and water-based paints. It is designed to coat metal, plastic, wood, composite, and other surface types commonly found in automotive, aerospace, furniture, and heavy engineering industries.
Q: When should emergency and safety features be engaged during operation?
A: Emergency stop, auto-shutdown, overload protection, and interlocks should be engaged immediately in case of unexpected malfunctions, hazardous situations, or maintenance requirements to safeguard both equipment and operators.
Q: Where can the Robotic Spray Painting System be installed?
A: The system is suitable for installation in industrial painting environments such as automotive plants, aerospace workshops, furniture factories, and heavy engineering facilities. It supports both floor-mounted and overhead gantry arrangements for fixed operational use.
Q: What is the process for achieving high painting accuracy and consistent finishes?
A: The robotic arm employs CNC programming and advanced motion control to maintain 0.2 mm accuracy, ensuring even paint distribution and consistent surface finishes. The process also reduces overspray, optimizing paint usage and quality.
Q: What are the primary benefits of using this system for industrial painting tasks?
A: Major benefits include enhanced precision, reliable and repeatable finishes, increased productivity (up to 300 m/hour), minimized paint wastage, and robust safety measures. The enclosed design and noise reduction features promote a safe and comfortable working environment.