Maestro 2.0 - features and benefits Ammeraal Beltech brand bars

Maestro 2.0 from Ammeraal Beltech marks a significant advancement in splicing technology. It delivers superior quality, efficiency, speed, precision, and ease of use.

Thanks to its compact footprint, it is ideal for narrow installation spaces. The modular design makes it lighter than conventional systems, and integrated wheels ensure easy movement across the plant.

This next-generation solution confirms Ammeraal Beltech’s position as a global leader in uniform splicing equipment. It combines smart design with advanced performance to create a seamless user experience.

 

The Real Strength: Connectivity

  • Integrated controller with modern HMI screen (available as internal or external option)
  • Bluetooth connectivity to your mobile device via a dedicated app

Versatile and Connected

  • Modern HMI controller, available in internal or external versions
  • External controller can be used across all Maestro presses
  • Compatible with double-step splice tools for processing belts of any width

Smart, Robust Design

  • Durable clamping bars, connectors, and removable wheels
  • Reinforced clamp bars for models M1850 and M2200
  • Smart and various voltage press operation: 120/240V, 240/480V, and 400V
  • Built-in cooling fans and internal compressor for pressurizing the splice press
  • Pre-heating function
  • Compact size for installations on small conveyors or limited stroke systems
  • Smart bolt detection for safer operation

Easy and Safe to Handle

  • Weight divided into four main parts for easier handling
  • Low-profile body, inherited from Maestro 1.0, ideal for tight installation areas
  • Easy on-site transport using removable wheels
  • Individual components are lighter than those of competing systems
  • Minimal downtime, thanks to quick replacement of individual parts
  • Cold pressure zones around the heated area contain the molten section for a precise splice

Reliable Precision

  • Third thermocouple ensures consistent splicing by eliminating external influences
  • Built-in compressor maintains constant pressure during the splicing process

 

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