What is a Pneumatic Suction Load Handler?
A pneumatic suction load handler is a device designed to lift, move, and position materials or loads using a pneumatic suction system. It uses vacuum to adhere to the load and facilitate its handling in industrial environments. This type of handler is ideal for handling delicate, fragile, or irregularly shaped materials, providing an efficient and safe solution for in-plant material transport.
- Control panel in Stainless Steel / Carbon Steel.
- Operation through a control button with emergency stop.
- Designed for handling packages/cans/drums/roof tiles/sheets weighing between 25 – 80 Kg.
- Capacity of 3 – 4 loads per minute (According to requirements).
- Working area within a radius of 2600 mm with 180° rotation.
- Power supply voltage at 220-440 VAC/50-60Hz/3Ph.
- Negative pressure generation system using a vacuum pump.
- Safety filtration system for the vacuum pump.
- Standard handling hose.
- Load gripping nozzle made of stainless steel.
- Lifting from pallets / hopper / conveyor belt.
- Ergonomic design.
- Support post made of Stainless Steel / Carbon Steel.
Types of Pneumatic Suction Load Handlers
Vacuum Cup Load Handler: Uses suction cups to create a vacuum and hold the load, allowing effective lifting and movement of various types of materials.
Articulating Arm Load Handler: Equipped with an articulated arm that facilitates access to different angles and positions, ideal for spaces with limited room.
Multiple Suction Head Load Handler: Features multiple suction heads to handle large loads or several pieces simultaneously, increasing process efficiency.
Adjustable Vacuum Load Handler: Allows for vacuum intensity adjustment based on material type and load size, offering greater flexibility and control.
Applications of Pneumatic Suction Load Handlers in Various Industries
Pneumatic suction load handlers are widely used across different industries to optimize material handling and improve operational efficiency. Notable applications include:
- Food Industry: For handling delicate products like bread, fruits, and vegetables without damaging them.
- Pharmaceutical Industry: In handling sensitive packaging and components during drug production.
- Electronics Industry: For transporting fragile electronic components, such as circuit boards.
- Automotive Industry: In handling car parts and components during assembly.
- Plastic Industry: For moving and positioning plastic products and molds with precision.
- Packaging Industry: In handling boxes, packages, and other elements on packaging lines.