Manchester_Court_Mast

Mast Climbing Work Platforms (MASTCLIMBERS™) in addition to personnel and material transport hoists can all offer specific advantages over more traditional access systems for projects of all types.

The powered MASTCLIMBERS and hoists are quick to set-up or install and allow personnel, tools and materials to be transported quickly to the ideal working level. They create minimal obstruction above or below the access platform and leave the work face clear for other operations.

Overcoming any access challenge

Lyndon SGB’s mechanical systems have been employed on some of the most challenging construction and industrial access projects. Our design teams work with you to devise an access arrangement that is practical, cost-effective and highly efficient, drawing from our entire range of powered and non-powered access systems.

  • Irregular building profiles
  • Inclined elevations
  • Overhangs and confined spaces
  • Obstructions or restrictions at ground level
  • Complex industrial plant
  • Specialist applications such as shipbuilding, glass installation and electricity line crossings
Jubilee_Campus_Mast

Overcoming any access challenge

Lyndon SGB’s mechanical systems have been employed on some of the most challenging construction and industrial access projects. Our design teams work with you to devise an access arrangement that is practical, cost-effective and highly efficient, drawing from our entire range of powered and non-powered access systems.

  • Irregular building profiles
  • Inclined elevations
  • Overhangs and confined spaces
  • Obstructions or restrictions at ground level
  • Complex industrial plant
  • Specialist applications such as shipbuilding, glass installation and electricity line crossings
Mastclimbers_Newcastle

Mast Climbing Work Platforms (MASTCLIMBERS™)

MASTCLIMBERS™ are an automated access system that provides fast, efficient distribution and temporary access for personnel, goods and materials to their exact position of work.

Whilst particularly effective on high-rise buildings, MASTCLIMBERS can also be highly efficient on medium and low-rise projects. The wide, stable work platform gives space for equipment and tools and provides a safe material handling solution with a high load capacity.

Maximum versatility

MASTCLIMBERS are available in single, twin or multi-mast configurations, and in a range of light, medium and heavy-duty. Simply assembled from standard deck and mast modules, MASTCLIMBERS can be erected in a wide range of configurations to suit straight, inclined, profiled and even curved building faces.

Enhanced productivity

With planning, MASTCLIMBERS can generate significantly increased productivity on most projects.  Where work sequence and materials supply is efficiently co-ordinated, clients have experienced production boosts of up to 300% compared to standard scaffolding.

MASTCLIMBERS are increasingly specified for refurbishment projects on occupied buildings due to the lack of disruption they cause. For offices and residential blocks, the impact on occupants is minimised, security is not compromised, views and light levels are all maintained and obstructions at ground level are limited.

Erected quickly and independently, Mast Climbing Work Platforms are not reliant on crane lifting. Platforms can be manually assembled at ground or base level and the masts progressively erected from the platform which then climbs the face of the building allowing further sections to be added.

Peel_Court_Mast

Enhanced productivity

With planning, MASTCLIMBERS can generate significantly increased productivity on most projects.  Where work sequence and materials supply is efficiently co-ordinated, clients have experienced production boosts of up to 300% compared to standard scaffolding.

MASTCLIMBERS are increasingly specified for refurbishment projects on occupied buildings due to the lack of disruption they cause. For offices and residential blocks, the impact on occupants is minimised, security is not compromised, views and light levels are all maintained and obstructions at ground level are limited.

Erected quickly and independently, Mast Climbing Work Platforms are not reliant on crane lifting. Platforms can be manually assembled at ground or base level and the masts progressively erected from the platform which then climbs the face of the building allowing further sections to be added.

Electricity_Pylon_Mast

Mast Climbing Work Platforms (MASTCLIMBERS) at a glance

  • Fully accredited training available
  • Speed of installation with minimal tying and anchor spacings up to 15 m apart
  • Speed of travel – up to 12 m per minute
  • Unobtrusive, with minimal noise
  • Load capacity up to 5 tonnes
  • Inclined platforms and extension accessories up to 3 m to accommodate irregular elevation profiles
  • Double decked platforms on the same masts
  • Mobile, free-standing units giving access of up to 30 m indoors and 20 m outdoors
  • Single or double mast platforms up to 30 m long, masts up to 200 m high
  • Weather protection canopies
  • Monorail solutions to speed the installation of glass facades
  • Ideal for a wide range of applications and solutions to suit almost any project

Transport platforms

Lyndon SGB’s personnel and material transport platform hoists can lift people or equipment to the required location safely and economically on site.

With a large floor area and wide access gates, personnel and materials hoists are an ideal mechanical access compliment to any site and can be loaded using conventional tele-handlers or forklift trucks.

Personnel and material hoists reduce the requirement for crane use on site and provide a safer, less weather dependent means of lifting.

Simple assembly

Like our mast climbing work platforms, transport hoists are assembled from basic, modular components making them quick and easy to install, relocate or reconfigure. The stability and limited tie requirements allow the units to be erected against any structure such as scaffolding or lightweight industrial structures with the right planning.

Transport_Platform_Mast

Transport platforms

Lyndon SGB’s personnel and material transport platform hoists can lift people or equipment to the required location safely and economically on site.

With a large floor area and wide access gates, personnel and materials hoists are an ideal mechanical access compliment to any site and can be loaded using conventional tele-handlers or forklift trucks.

Personnel and material hoists reduce the requirement for crane use on site and provide a safer, less weather dependent means of lifting.

Simple assembly

Like our mast climbing work platforms, transport hoists are assembled from basic, modular components making them quick and easy to install, relocate or reconfigure. The stability and limited tie requirements allow the units to be erected against any structure such as scaffolding or lightweight industrial structures with the right planning.

Transport_Platform2_Mast

Enhancing the mechanical access package

Personnel and material transport platform hoists can be used as a ‘feeder’ system, supplying materials to teams working on adjacent Mast Climbing Work Platforms (MASTCLIMBERS™). This allows work to progress uninterrupted whilst materials and equipment are being loaded and transported to the work level.

Personnel & material transport platform hoists at a glance

  • Fully accredited training available
  • Speed of installation with minimal tying and anchor spacings up to 15 m apart
  • Speed of travel – up to 30 m per minute
  • Varying sizes and capacities from 250 kg Safe Working Load (SWL) up to 2.5 tonnes SWL
  • Large modular platform dimensions for example up to 6 x 2 m
  • Rack and pinion drive units

 

Do you require help with compliance, quality and speed of work on your site? You might be interested in our extensive programme of training courses and workshops including IPAF.

 

Proud member of IPAF

We have been a proud member of IPAF (the international powered access federation) for over 25 years and are constantly striving to help the industry improve its health, safety and operating record.

Please visit www.ipaf.org for more information.