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3-Dimensional conveying (Patented)

RadiForz's 3-Dimensional conveyor
IP_Mark_Patented

RadiForz’s 3-Dimensional conveying is a unique modular conveying technology in which heavy duty belt modules are provided with rollers and guided on tracks for the movement in 3-dimensional space. It offers unique ability to convey material with any transitions be it straight, curve, spiral or inclination with a single low power motor

Key unique values of our 3-Dimensional conveyor configuration displayed on the picture are:

  • Multiple complex transitions across the length

  • The entire length made as single conveyor without any transfer points offers smooth flow of material

  • Despite the complex routing and overall length of the conveyor, the conveyor driven by single motor requires about 10x lesser power than conventional conveyers and offers huge savings in  power

  • Complex conveying is simplified to a great extend with unmatchable value propositions

Salient features

Salient features of 3-Dimensional conveyor
  • Higher capability to serve complex conveying requirements with ease

  • Possibility of any configuration with straight, curve, inclination, and spiral transitions without additional drive sets

  • Modular and flexible to accommodate onsite modification due to changes in layout or processes

  • Higher savings in power due to the reduced effort by rolling friction of the belt requires minimal number of motors and control integrations

  • Heavy duty belts with higher load capacity up to 75 kg/meter

  • Minimal maintenance and wears

  • Innovative solutions with unique values at less cost of ownership

Solution offerings

RadiForz's 3-Dimensional belt

We are Offering customized conveyor solutions built on 3-dimensional conveying technology to serve various simple to complex conveying requirements. The belt offered as 500/800 mm modules and applications require higher widths are offered as dual / multi track systems. More information on various configurations & solutions being offered are available on following link

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