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Product specifications

Glassboy 4D Premium Multi-Pad Glass Vacuum Lifter

Glassboy 4D is an Easytech premium multi-pad glass vacuum lifter. Rated load: 350 kg; Pad diameter: 290 mm; Number of pads: 4 pcs; Tilting: 0–90°; Rotation: 360° continuous.

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Glassboy 4D at a glance

Rated load
350 kg
Drive
Battery
Mounting
Crane hook
Materials
Glass

The PDF includes the technical data, configuration guidance, available images and diagrams shown on this page.

TECHNICAL DATA

Technical specifications

Read each value with its stated condition. Workpiece, orientation, utilities and support equipment must fit the same configuration.

Glassboy 4D · technical data
Rated load350 kg
Pad diameter290 mm
Number of pads4 pcs
Tilting0–90°
Rotation360° continuous
ControlManual; wireless control optional
BatteryDC12 V / 15 Ah
Equipment weight55 kg
Vacuum circuitsDual circuits

Multi-pad contact and optional control

These Glassboy D configurations use Ø290 mm pads and dual circuits. Pad count, load and equipment weight differ; wireless control is optional rather than automatically included.

Compare the published configuration

Selection point

Glassboy 4D — Premium Multi-Pad Glass Vacuum Lifter

Glassboy 6D — Premium Multi-Pad Glass Vacuum Lifter

Glassboy 8D — Premium Multi-Pad Glass Vacuum Lifter

Rated load

350 kg

500 kg

650 kg

Number of pads

4 pcs

6 pcs

8 pcs

Equipment weight

55 kg

65 kg

75 kg

Control

Manual; wireless control optional

Manual; wireless control optional

Manual; wireless control optional

Vacuum circuits

Dual circuits

Dual circuits

Dual circuits

Equipment and intended application

Vacuum seals the suction pads against the glass; the lifting frame transfers the load to the suspension point. The crane or other supporting machine provides the lift. Tilting changes the glass between horizontal and vertical, while rotation turns it within its plane. The listed drive method applies separately to each movement.

Workpiece suitability and limits

Topic

Details

Contact surface

Use an intact, clean sealing area large enough for every active pad. Holes, frit, textured surfaces, films and protective coatings can change leakage or friction and need an actual-surface test.

Glass geometry

Check panel weight, length, width, thickness, centre of gravity and unsupported overhang. The frame must support the glass without excessive bending; pad diameter alone does not determine the maximum panel size.

Curved or asymmetric glass

Use the configuration specifically intended for the curvature and contact positions. A flat-glass load rating must not be transferred to a curved-pad option or an off-centre arrangement.

Configuration and supply boundaries

Topic

Details

Vacuum and pad arrangement

The pad count, pad size, circuit description and power supply in the table define the listed version. A dual-circuit description is not evidence of a particular certification or of unrestricted continued lifting after a fault.

Movement and control

Manual, pneumatic, electric and hydraulic movements require different operator actions and utilities. Distinguish vacuum grip/release control from tilt and rotation control.

Suspension and support

The lifter is a below-the-hook attachment unless a different mounting is stated. The supporting crane must carry the workpiece, lifter and all associated lifting accessories.

Options

Only the alternatives explicitly listed for this product are specified options. Additional arms, curved pads, remote controls or a different power package require a defined configuration and corresponding load assessment.

Installation and commissioning

  • Check the crane hook, suspension connection and retention latch. Confirm the total suspended mass and clearances through the entire lift and turning path.
  • Set the pad spread around the panel centre of gravity. Lock all adjustable members and route hoses so they cannot kink, rub or become trapped during tilting and rotation.
  • For a battery version, check charge state, battery connections and charger input. For a mains or compressed-air version, use the stated utility requirements; a charging voltage is not an operating supply.
  • Before production, perform the prescribed vacuum, warning-device and functional checks with the installed arrangement. Changing pad positions or removing pads requires a capacity and balance review.

Handling sequence

  1. Inspect pads, frame, suspension, hoses and available power. Check the panel and plan a supported set-down location.
  2. Place all active pads fully on the intended contact areas. Apply vacuum and check the indication for every fitted circuit before lifting.
  3. Make a controlled initial lift and check balance. Keep people clear of the load path and use only the listed tilt/rotation functions within the approved load configuration.
  4. Set the glass onto a suitable support, ensure the weight has transferred to it, then release vacuum. Do not use the release control while the panel is suspended.

Inspection, maintenance and replacement parts

Topic

Details

Pads and seals

Keep contact faces clean using a material-compatible method. Replace damaged, hardened or worn seals; check for marks or chemical effects on coated glass.

Vacuum circuit

Inspect hoses, connectors, filters and gauges. Check fitted warning and non-return devices according to the operating instructions; never assume an indefinite hold time after power loss.

Moving frame

Check pad mounts, locking pins, extension arms and tilt/rotation mechanisms. Isolate power and support moving parts before repair.

Battery and storage

Inspect the battery and charging leads, maintain charge according to the battery instructions and store the pad faces clear of damaging surfaces.

Troubleshooting priorities

Topic

Details

Vacuum does not reach the operating range

Keep the glass supported. Check sealing area, contamination, pad condition, closed valves, hose leaks and power supply before a further lift.

Vacuum falls or a warning operates during lifting

Set the load down by the prescribed safe procedure and stop use. Find the leak or power fault; do not silence the warning and continue lifting.

Glass tilts unexpectedly or a lock will not engage

Support the panel, stop movement and check balance, pad layout and the locking/drive mechanism. Do not force a loaded mechanism past its travel limit.

Frequently asked questions

What load should I use when selecting Glassboy 4D?

The stated rated load for Glassboy 4D is 350 kg. Apply it only to the specified configuration and operating conditions. Include the workpiece geometry, orientation and any tooling in the application assessment; do not combine separate maximum reach, height and capacity values.

Can I remove pads to handle smaller glass?

Only with an approved layout and revised capacity. A disconnected pad contributes no holding force; balance, glass overhang and the active circuit arrangement must also remain suitable.

Does the charger voltage power the lift?

On battery equipment the battery powers the on-board functions and the charger has its own AC input. A mains-powered variant is a different configuration, not an automatic operating mode of the battery unit.

Is a load rating sufficient to select the lifter?

No. The pad contact area, glass size and thickness, orientation, centre of gravity and supporting crane all have to fit the task. The technical table and configuration notes should be read together.

Information for application assessment

  • Identify the workpiece material, dimensions, mass, contact surface and centre of gravity. Include the least favourable item in a mixed production range.
  • Describe pickup and placement positions, required orientation changes, handling frequency and the site layout.
  • Identify the available power or air supply and any host machine, crane, support structure or interface that must be retained.
  • State the destination market and required documentation, accessories and packing constraints so the proposed configuration can be assessed as a complete system.

Document scope

This product specification supports equipment selection and project definition. It includes the model data and application guidance presented on the product page. The operating instructions supplied for the actual machine govern commissioning, testing, maintenance procedures and safe use; this specification does not replace them.

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