CE Max 1800kg Vacuum Machine for Cantilever Lifts of Sheet Metal Stone

• Customization: Available
• After-sales Service: Yes
• Warranty: 12month
• Model NO.: XDL-SCSLJ-1000
• Cup Quantity: Customized
• Customized: Yes
• Colour: Yellow or Customized
• Suction Cup PCS: 8-18
• Loading Weight: 800kg-2000kg
• Transport Package: Wooden Box
• Specification: 800kg~2000kg or customized
• Trademark: XINDELONGJIXIE
• Origin: Guangdong, China
• HS Code: 8428909090
• Production Capacity: 200 Sets / Wk
• Package Size: 345.00cm * 80.00cm * 80.00cm
• Package Gross Weight: 390.000kg

Product Description

Product Description

What is a cantilever vacuum feeder?

The cantilever vacuum feeder is an automated device that utilizes the principle of vacuum adsorption combined with a flexible mechanical cantilever, specifically designed for handling flat materials.

You can think of it as a "tireless mechanical giant hand." Its core working principle is very simple:

1. Vacuum Adsorption: The vacuum suction cup assembly at the end of the device contacts the surface of the material.

2. Vacuuming to Create Negative Pressure: The built-in vacuum generator quickly removes air from the suction cups, creating a strong vacuum negative pressure, thus firmly "grabbing" the material.

3. Flexible Movement: The robust mechanical cantilever can move flexibly in multiple dimensions (up and down, rotation, extension and retraction), precisely transporting the material from one location to another.

4. Release and Placement: Upon reaching the target location, the system releases the vacuum, and the material is placed smoothly and accurately.

The entire process is completed seamlessly, achieving automation and intelligent handling of materials.

Product Advantages

1. Multi-functional, High ROI
Strong Material Adaptability: By changing the suction cups of different materials, shapes, and sizes (such as corrugated suction cups, flat suction cups, and modular suction cup assemblies), the same machine can easily handle sheets of different specifications and materials (metal, glass, plastic, composite materials, etc.)

Reduced Overall Costs: Although it is a one-time equipment investment, it can significantly save on long-term labor costs, material costs due to sheet damage, and potential risk costs from workplace injuries. The resulting efficiency improvements and increased production capacity help companies recover their investment in the short term and obtain substantial long-term returns.

2. Non-destructive Handling, Comprehensive Protection of Sheet Value
Vacuum Adsorption, Non-contact Handling: Utilizing a high-performance vacuum generation system and customized suction cups, it firmly adsorbs sheet surfaces using only air pressure. This completely avoids scratches, indentations, or deformations caused to the edges and surfaces of sheets by traditional hooks, clamps, forks, etc., making it particularly suitable for sheets with extremely high surface requirements such as mirror finishes, coatings, and polishing.

3. Precise Positioning, Enhancing Processing Quality and Efficiency

Seamless Integration, Automated Loading and Unloading: This equipment can easily integrate with CNC machining centers, laser cutting machines, stamping machines, and other automated equipment to achieve fast and precise automated loading and unloading. It significantly reduces machine tool downtime, maximizing equipment utilization and overall production efficiency.

4. Safe and Reliable, Creating a Worry-Free Working Environment
Inherently Safe, Eliminating Personal Injury: It fundamentally avoids occupational injuries such as crushing and sprains that may occur when operators handle heavy objects. The vacuum system is equipped with multiple safety protections (such as vacuum level monitoring and power-off self-locking), maintaining suction for a period of time even in the event of an unexpected power outage, providing a buffer for emergency handling and ensuring absolute safety.

Specification

MODEL	LOAD	SUCTION CUP NUMBER	CONTROL
XDL-SCSLJ-800	800KG	8PCS	MANUAL/REMOTE
XDL-SCSLJ-1000	1000KG	10PCS	MANUAL/REMOTE
XDL-SCSLJ-1500	1500KG	10PCS	MANUAL/REMOTE
XDL-SCSLJ-2000	2000KG	12PCS	MANUAL/REMOTE
XDL-SCSLJ-2500	2500KG	12PCS	MANUAL/REMOTE

Packing & Delivery

Step 1: Comprehensive Protection

Exposed precision guide rails, cylinders, vacuum generators, etc., are cleaned, rust-proofed, and wrapped with rust-proof paper.

All hydraulic lines and electrical interfaces are sealed to prevent moisture and dust from entering.

Vulnerable components such as displays and control panels are fitted with high-strength foam protective covers.

Step 2: Robust Inner Packaging

The main body of the equipment is securely fixed to a moisture-proof wooden base using specialized fastening devices to prevent movement within the box.

Vacuum tubes, spare suction cups, tools, and instruction manuals are all packed into a separate accessory box and secured inside the main box.

Step 3: Professional Outer Packaging

A sturdy wooden box (fumigated wooden box or plywood box) is used as the outer packaging to ensure sufficient support and impact resistance.

The inside of the box is filled with a waterproof plastic film, and the outside is wrapped with a waterproof tarpaulin to meet the moisture protection needs under sea conditions or severe weather.

Certifications

FAQ

Q1: How heavy of sheet metal can it handle?

A: Load capacity varies depending on the model and ranges widely. Standard models typically handle sheets ranging from tens of kilograms to several tons. The specific model needs to be selected based on the material and maximum size of the sheet metal you are handling.

Q2: In which scenarios is it mainly used?

A: Sheet metal processing: Automated loading and unloading for laser cutting machines, punching machines, and bending machines.

Furniture manufacturing: Handling wood panels, MDF, particleboard, glass, granite, marble, etc.

Metal manufacturing: Handling steel plates, aluminum plates, copper plates, etc.

Home appliances and automobiles: Handling sheet metal parts, glass, etc.

Warehousing and logistics: Automated palletizing and depalletizing of sheet metal.

Q3: What are its advantages compared to traditional manual or forklift handling?

A: High efficiency and labor saving: Automated operation, much faster than manual labor, significantly reducing labor intensity.

Safe and Reliable: Avoids accidents such as impacts and scratches that may occur during manual handling, while protecting the surface of the material from scratches.

High Flexibility: The cantilever structure has a wide coverage area; one unit can serve multiple machine tools, adapting to various layouts.

Material Protection: The vacuum adsorption method does not contact the edges of the material, causing no mechanical damage to the surface, making it particularly suitable for handling mirrored, coated, or fragile materials.

Q4: Can it adapt to materials of different sizes and materials?

A: Yes, this is one of its core advantages.

Size Adaptability: The suction cup holder is usually adjustable to accommodate materials of different widths. The extension and rotation stroke of the cantilever can also cover areas of different sizes.

Material Adaptability: By selecting different types of suction cups (such as corrugated suction cups, flat suction cups, and sponge suction cups) and configuring a multi-stage vacuum system, it can safely handle porous surfaces (such as wood), smooth surfaces (such as glass and stainless steel), uneven surfaces, or oily surfaces.

Q5: How does the vacuum system ensure adsorption safety? A: The system is equipped with multiple safety measures:

Vacuum Monitoring: Real-time monitoring of the vacuum pressure within the suction cups. If the pressure is insufficient (indicating potential leakage or the material not being firmly gripped), the system will issue an alarm and stop operation to prevent the material from falling.

Power Failure Protection: In the event of an unexpected power failure, the safety valve will temporarily maintain the vacuum, or the system will perform a safety action (such as slow descent).

Redundant Design: Critical applications utilize multiple suction cups and multiple vacuum generators, ensuring sufficient suction force even if a single unit fails.

Q6: What key parameters should be considered when purchasing a cantilever vacuum feeder?

A: The following points should be considered:

Material Parameters: Maximum/minimum dimensions (length, width, thickness), weight, surface material, and flatness.

Working Range: Maximum distance and height difference between the pick-up and unload points.

Load and Speed: Required maximum load and handling cycle time (efficiency).

Control and Integration: Is communication interfacing with existing machine tools (such as CNC) required (e.g., via PLC, I/O signals)?

Safety Standards: Based on the factory environment, determine the required safety level (e.g., light curtains, safety fences).