Met-Track Monorails
Met-Track® Monorails enable you to achieve effortless and reliable area-serving overhead handling for a wide variety of applications. Each system is configured with the operator in mind and includes the principle feature of ease of movement, designed to reduce fatigue and ensure accurate load positioning. Quality materials and construction ensure operational reliability, safety and facilitate long life combined with minimum maintenance.
FEATURES
- Loads up to 2000kgs
- Bridge lengths up to 10m
- Runway supports up to 9m′
- Ceiling & Floor Mount Options
- Modular Design
- Simple to install and extend
- Low cost
- Mixed capacity systems
- Motorised tractor units
- Telescopic bridges
- Cantilever bridges
- Track transfer units
SPECIAL DESIGNED SOLUTIONS
As a supplier of major materials handling projects worldwide, we are well experienced in dealing with turnkey installations where standard cranes are not considered ideal. We believe that providing the customer with all the required systems configured exactly to their needs is essential to ensure the installed project is ‘fit for purpose’.
The Met-Track® steel track design is one of high strength and low weight by combining the running track profile with standoff reinforcement to considerably increase span distances. The ‘V’ shaped profile of the running track ensures alignment of the trolleys and end truck but also prevents dirt accumulation inside the tracks.
Machined wheels with crowned tread and precision sealed bearings ensure absolute minimum rolling resistance, providing long operational life.
Five standard capacities to choose from 125kg, 250kg, 500kg, 1000kg and 2000kg, with a vast range of load trolleys, hangers, switches, turntables, exit/entry sections and curved profiles with standard and non-standard radii.
Floor mounted cranes can be installed on any normal 150mm reinforced concrete floor. For ceiling mounted requirements it is imperative that you seek professional advice on whether your building structure is capable of withstanding the forces generated by the workstation crane.
