Cladding installation is rarely challenging because of panel weight alone. Panel length, orientation, surface profile, wind exposure and access around the structure all affect how safely and efficiently a panel can be moved into position.
A suitable vacuum cladding lifter gives installation teams controlled handling throughout the lift. It can reduce manual intervention, protect finished surfaces and provide the movement needed to align large panels accurately.
Here are some of the main applications for cladding lifters across industrial, commercial and specialist construction projects.
Installing Industrial Roofing Panels
Composite roof panels can be long, awkward to control and highly affected by wind when suspended. A cladding lifter allows the panel to be picked directly from the delivery stack before being raised towards the roof structure.
Depending on the model, tilting functions can help transfer the panel from its stored position into the required installation angle. This reduces the need to manually turn or reorient the panel while it is suspended.
Cladding lifters are regularly used during the construction of:
- Warehouses and distribution centres
- Manufacturing and processing facilities
- Agricultural buildings
- Cold stores
- Retail and commercial units
- Steel-framed industrial buildings
The correct configuration allows installers to position panels accurately over purlins, helping maintain alignment between adjoining panels and reducing the risk of damaging joints, seals or external finishes.
Positioning Horizontal Wall Panels
Horizontal wall cladding is widely used on industrial and commercial buildings, particularly where insulated composite panels form part of the external envelope.
During installation, each panel must be lifted evenly and presented to the steelwork without uncontrolled movement. Vacuum pads distribute the lifting force across suitable areas of the panel, while rotation and tilt functions allow the load to be adjusted before fixing.
This controlled approach is especially useful when working with longer panels, where lifting from unsuitable points could result in flexing, surface damage or difficulty aligning the panel correctly.
Handling Long Vertical Panels
Vertical cladding panels present a different handling challenge. Panels may be stored horizontally but must be rotated into a vertical installation position before being offered to the structure.
A lifter with suitable tilt and rotation functions can complete this transition mechanically. For example, the Mini-Clad cladding lifter offers hydraulic tilt and manual rotation, making it suitable for roof, horizontal wall and vertical panel applications.
When choosing equipment for vertical installation, contractors need to consider more than the panel’s weight. Its length, centre of gravity, rigidity and approved lifting points all influence the required frame and vacuum-pad arrangement.
Installing Ceiling and Soffit Panels
Cladding lifters can also support the installation of suitable ceiling and soffit panels. These applications require the panel to be presented accurately to an overhead surface while installers complete the fixing process.
Mechanical handling can reduce the physical strain associated with supporting panels overhead and provide greater stability during alignment. However, the proposed orientation must always be approved for the specific lifter being used, as capacity and configuration can vary according to the direction of the lift.
Internal Panel Installation
Compact cladding lifters are suitable for more than external envelope work. They can also be used for internal panel installation in factories, food-production facilities, cold stores and temperature-controlled environments.
Internal projects often involve restricted access, limited turning space and completed floor surfaces. A compact lifter can provide a practical solution where a larger installation system would be difficult to position.
Before selecting equipment, contractors should assess the complete access route, including door widths, floor loading, overhead clearance and the space required to rotate the panel.
Refurbishment and Panel Replacement
Removing or replacing individual cladding panels on an existing structure can require even greater control than installation on a new build. Access may be restricted by surrounding structures, completed landscaping or ongoing site operations.
A vacuum cladding lifter allows a suitable existing panel to be supported before its fixings are removed. The replacement panel can then be positioned accurately without relying on excessive manual handling.
Careful planning is essential during refurbishment work because older panels may have damaged, weathered or contaminated surfaces that affect vacuum adhesion. The panel condition and surface compatibility must be assessed before the lift proceeds.
Choosing the Correct Cladding Lifter
Rated capacity is only one part of equipment selection. Before specifying a lifter, the installation team should confirm:
- Panel weight, length and width
- Horizontal, vertical or overhead orientation
- Surface material, profile and condition
- Position of ribs, joints and protective film
- Required tilt and rotation
- Vacuum-pad configuration
- Compatibility with the crane, telehandler or forklift
- Available headroom and site access
- Environmental conditions and wind limits
The vacuum pads must seal correctly against the panel surface. Deep profiles, damaged surfaces, loose protective films or contamination can prevent an effective seal, even when the panel is within the machine’s stated capacity.
Adjustable systems such as the Clad-King Intelli-Grip allow the pad positions to be configured around different panel profiles and layouts. For heavier large-format panels, equipment such as the Clad-Man and Ultra-Clad 1000 provides higher-capacity options.
Planning a Safe Cladding Lift
A cladding lifter improves control, but it does not replace a suitable lift plan. The equipment, attachment method, supporting machine, panel specification and site conditions must be considered together.
Under LOLER, lifting operations should be properly planned by a competent person, appropriately supervised and carried out safely. The plan should address factors including attachment and release, visibility, access, exclusion zones, load movement and environmental conditions.
Wind requires particular attention. Large cladding panels have a significant surface area and can behave like a sail, even when their total weight is relatively low. Work must remain within the limits set by the lifter, supporting machine, panel manufacturer and project lift plan.
Operators should also complete the required pre-use inspections and confirm that alarms, gauges, vacuum circuits, pads and controls are functioning correctly. A dual-circuit vacuum system provides additional security, but it is not a substitute for correct equipment selection and safe working procedures.
Buying a Used Cladding Lifter
Purchasing used equipment can be a cost-effective way to add specialist panel-handling capability without investing in a new machine. The correct choice can support multiple applications across roofing, horizontal wall panels and vertical cladding projects.
Used Lifting Products offers used cladding lifters with capacities currently ranging from 320kg to 1 tonne. Stock includes compact installation machines as well as higher-capacity solutions for large-format industrial panels.
Availability changes regularly, so every machine should be assessed against the exact panel specification and intended installation method.