High Precision Robot Arm Air Balance Pneumatic Manipulator for Screen Handling

• Customization: Available
• Automatic Grade: Semi-Automatic
• Load Capacity: 100 kg
• Model NO.: Handling Manipulator
• Reach: 2 meters
• Usage: Assembly Line, Machining, Material Handling, Packaging, Welding
• Capacity: 100kg, Customized
• up and Down Stroke: 0-1600mm, Customized
• Working Radius: 2500-3000mm, Customized
• Max Height: 3500mm, Customized
• Main Component: Power Arm, Fixture, Control System, Security Syste
• Iinstallation Form: Ground Installation, Customized
• Basic Design: Grasping, Carrying, Lifting, Rotating
• Muscle Size: >31kg
• Control Mode: Continuous Path Control
• Drive Mode: Pneumatic
• Transport Package: Wood Box
• Specification: Customized
• Trademark: Escott
• Origin: China
• HS Code: 8428909090
• Production Capacity: 100PCS/Month
• Package Size: 300.00cm * 200.00cm * 150.00cm
• Package Gross Weight: 500.000kg

Product Description

High Precision Robot Arm Air Balance Pneumatic Manipulator For Screen Handling

Product Description

   Manipulator is a mechanical device used for grasping, handling, assembly and other tasks, and is widely used in the industrial field. It usually has multiple degrees of freedom and can flexibly complete a variety of tasks, especially in scenarios that require precise and repetitive operations.

MAIN COMPONENTS

Key Features:
1. Pneumatic Operation: 
   - Powered by compressed air, it provides smooth and precise lifting, lowering, and balancing of heavy loads without relying on electrical power.
   - Ideal for use in areas where electrical hazards may be a concern.
2. Hard Arm Design:
   - The hard arm ensures stability and rigidity when maneuvering heavy objects, especially useful in construction sites for handling bulky materials like steel beams, pipes, and heavy machinery components.
3. Motor Pump Integration:
   - The system features a motor pump for enhanced lifting capability and consistent performance.
   - The motor pump ensures smooth operations even in tough conditions, providing a reliable source of power for handling high-weight loads.
4. Bearings Included:
   - High-quality bearings are integrated within the crane structure to reduce friction and ensure smooth rotational movements.
   - The bearings enhance durability and minimize maintenance needs, crucial in demanding construction environments.
5. Load Balancing Mechanism:
   - The manipulator offers a sophisticated load-balancing mechanism that automatically adjusts to maintain stability, making it easier to handle uneven or shifting loads safely.
   - This feature enhances safety for operators by reducing the risk of tipping or load imbalance during transport or installation.
6. Ergonomic Controls:
   - Operator-friendly control systems allow precise handling with minimal effort, reducing strain and fatigue during long shifts.
   - The crane arm can be easily maneuvered in multiple directions, ensuring versatility for various construction tasks.
7. Heavy Load Capacity:
   - Designed to handle substantial weights, the crane is ideal for lifting and moving heavy construction materials, contributing to efficiency on the job site.
   - Depending on the model, the load capacity can range from several hundred kilograms to a few tons.
8. Durability and Reliability:
   - Built from rugged materials to withstand harsh construction site conditions, including exposure to dust, dirt, and extreme weather.
   - Corrosion-resistant materials ensure the manipulator remains functional over long periods.

Detailed Photos

WORKING SCENARIO

Main application areas:

1. Handling and stacking: It can efficiently handle and stack parts, semi-finished products and finished products, and is particularly suitable for production lines that require frequent handling.

2. Automobile production line assembly: engine and automobile parts assembly, body panel handling and fixing, accurate installation and welding.

3. Food production and packaging lines: Power manipulators are used to lift and carry heavy raw materials, packaging boxes or finished products to ensure food safety while improving efficiency.

4. Medical device manufacturing: In the production of medical equipment, power manipulators are used to carry and assemble high-precision medical devices, reduce errors caused by manual operation, and ensure product quality.

5. Chemical and pharmaceutical industries: Power manipulators are used to carry and pour raw materials in large barrels or bags, reduce the risk of manual operation, and improve production safety.

6. Electronic manufacturing industry: Precision parts handling: In electronic manufacturing, power manipulators can help carry light but high-precision electronic components, ensuring that the components are not damaged while speeding up the production rhythm.

 

FIXTURE TOOLING TYPES

MODELS FOR REFERENCE

 

Model No	Design Struture	Design Drawings	Lifting Height	Radius	Capacity	Fixing Method	Link
ES-50RS-QH	with Soft Cable		2500mm	2500mm	50KG	Fixed Column
ES-60YB-QD	Rigid Arm		2800mm	3000mm	60KG	Movable Column
ES-100RS-TS	Folded Arm with Soft Cable		3000mm	3000mm	100KG	Fixed Column
ES-200KG-YB	Rigid Arm with Suction Pad		3400mm	3500mm	200KG	Fixed overhead
ES-300KG-MYB	Rigid Arm		3000mm	2500mm	300KG	Movable overhead
ES-150KG-FLD	Flexible Design		1500mm	none	150KG	design with forklift

 

OUR FACTORY

FAQ

Q:Are you a manufacture or trading company?
A:We are the manufacturer, has more than ten years of production experience

Q: How long is your delivery time?
A: It is Usually 20 days after confirming the technical sheet and drawings.

Q: What is your price?
A: The price depends on your requirements for the equipment. Accordingto the model, the price is relatively different.

Q: What is the condition of your machine?
A: Brand new, can be customized.

Q:What is the guarantee of after-sales service?
A:Replacement parts within one year, lifelong technical guidance

Q:Mode of transportation?
A: You can choose sea, air, rail transportation (FOB, CIF, CFR, EXW, etc.)

Q:What problems can the Manipulator solve?
A:1.Perform dangerous or heavy operations in place of humans
   2.Improve production efficiency and quality
   3.Reduce labor costs and so on