Vacuum Lifting Equipment For Large Glass Handling
Rated lifting capacity:1500kg-10 Ton
Suction pads:Ø300 mm
Power supply:DC12V,DC24V,AC208–460V
Control:Manual / wireless control
Turning:0–90°
Product Description
This vacuum lifting equipment performs lifting, positioning and 0–90° turning operations for large glass panels within factory work zones. Multiple suction pads are mounted on its lifting frame to grip the glass surface, and this frame interfaces with overhead handling hardware. Available setups span 1,500 kg to 10 tonnes, offering manual, electric and hydraulic tilting mechanisms. Proper configuration is confirmed after reviewing panel dimensions, glass construction, required handling orientation and existing lifting connection interface.
The equipment is built around a steel lifting frame, suction-pad assemblies, vacuum system components, and a turning mechanism. Pad quantity and pad size change with the model. Smaller listed configurations use 300 mm diameter suction pads, while several hydraulic configurations use 1000 × 640 mm pads. This distinction matters when matching the frame to the required contact layout and glass size. A multi-section frame is available within the hydraulic series for longer glass handling requirements; the actual section arrangement must be confirmed against the required span and work area.
Three configuration routes are available. The HP-SF series uses manual turning with DC12V power. The HP-DF series uses electric 0–90° turning with AC208–460V power and wireless control. The HP-YF series uses hydraulic 0–90° turning, DC24V power, and wireless control. These are configuration differences rather than interchangeable options. Turning method, electrical supply, pad layout, and frame dimensions must be reviewed together before a model is specified.
Vacuum lifting equipment should be selected for the actual glass condition, not only by nominal panel weight. Glass surface quality, coating, curvature, edge clearance, panel rigidity, and any air gaps affecting pad sealing require confirmation. Where laminated, coated, textured, curved, hot, or otherwise non-standard glass is involved, the suitability of the pad contact and vacuum arrangement must be confirmed for the project.

Key Features
- Multi-pad vacuum frame: Listed models use 8 to 30 suction pads, arranged to distribute contact across large glass panels.
- Three turning configurations: Manual, electric, and hydraulic 0–90° turning versions are available for different handling layouts.
- Model-specific pad selection: Listed designs use either 300 mm diameter pads or 1000 × 640 mm pads, depending on the configuration.
- Frame layouts for large panels: Hydraulic models include multi-section frame arrangements for longer glass handling requirements.
- Defined control and power options: DC12V, DC24V, and AC208–460V configurations are listed with manual or wireless control according to series.

Technical Parameters
|
Series |
Model |
Rated lifting capacity |
Overall size (mm) |
Suction pads |
Power supply |
Control / turning |
|
HP-SF manual turning |
HP-SF1500-16S |
1,500 kg |
(1375+2500+1375) × 1540 |
Ø300 mm, 16 pcs |
DC12V |
Manual / wireless control; 0–90° manual turning |
|
HP-SF manual turning |
HP-SF2000-20S |
2,000 kg |
(1375+5000+1375) × 1740 |
Ø300 mm, 20 pcs |
DC12V |
Manual / wireless control; 0–90° manual turning |
|
HP-DF electric turning |
HP-DF1500-16S |
1,500 kg |
6250 × 1750 |
Ø300 mm, 16 pcs |
AC208–460V (±10%) |
Wireless control; 0–90° electric turning |
|
HP-DF electric turning |
HP-DF2000-20S |
2,000 kg |
(2125+600+2125) × 1750 |
Ø300 mm, 20 pcs |
AC208–460V (±10%) |
Wireless control; 0–90° electric turning |
|
HP-DF electric turning |
HP-DF3000-30S |
3,000 kg |
(3125+600+2125) × 1750 |
Ø300 mm, 30 pcs |
AC208–460V (±10%) |
Wireless control; 0–90° electric turning |
|
HP-YF hydraulic turning |
HP-YF2000-20S |
2,000 kg |
(1375+2500+1375) × 1340 |
Ø300 mm, 20 pcs |
DC24V |
Wireless control; 0–90° hydraulic turning |
|
HP-YF hydraulic turning |
HP-YF3000-8S |
3,000 kg |
(1250+2500+1250) × 1900 |
1000 × 640 mm, 8 pcs |
DC24V |
Wireless control; 0–90° hydraulic turning |
|
HP-YF hydraulic turning |
HP-YF5000-12S |
5,000 kg |
(2000+4300+2000) × 1900 |
1000 × 640 mm, 12 pcs |
DC24V |
Wireless control; 0–90° hydraulic turning |
|
HP-YF hydraulic turning |
HP-YF10T-20S |
10 t |
(3000+6000+3000) × 1900 |
1000 × 640 mm, 20 pcs |
DC24V |
Wireless control; 0–90° hydraulic turning |
Typical Applications
- Internal handling stations for large glass panels.
- Glass loading, positioning, and turning points where a 0–90° orientation change is required.
- Long-panel handling positions using a frame layout matched to the required glass span.
- Factory transfer locations where the lifting frame must interface with the available overhead lifting equipment.

FAQ
1. Which vacuum lifting equipment series should be selected?
The HP-SF, HP-DF, and HP-YF series differ by turning method, electrical supply, and control arrangement. Selection must follow the required turning function and site power conditions.
2. Can the equipment handle different glass sizes?
The listed models have defined frame dimensions and pad layouts. A suitable configuration must be confirmed against the actual glass dimensions, weight, and required contact positions.
3. Are all models supplied with the same suction pads?
No. Listed models use either Ø300 mm pads or 1000 × 640 mm pads, with quantities from 8 to 30. Pad selection must match the glass surface and required support layout.
4. Is 0–90° turning available on every series?
Yes, but the turning method differs: manual on HP-SF, electric on HP-DF, and hydraulic on HP-YF. The required operating arrangement must be stated during selection.
5. Can non-standard glass be handled?
The equipment configuration must be confirmed for non-standard surfaces or conditions, including coated, textured, curved, laminated, or temperature-affected glass.
Enquiry Information
Please provide the following information for selection:
- Glass length, width, thickness, weight, and material construction.
- Surface condition, coating, curvature, temperature, and any vacuum-sealing limitations.
- Required lifting orientation and whether 0–90° turning is required.
- Preferred turning method: manual, electric, or hydraulic.
- Available power supply and required control arrangement.
- Required lifting height, overhead lifting interface, and handling location.
- Required frame span, pad contact layout, and any panel-deflection limits.
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