Comandulli Amber

The Comandulli Amber is an automatic edge polishing machine designed for processing straight edges and a variety of profiles on natural stone, quartz and ceramic materials.

Developed for fabricators requiring flexibility across different materials and workpiece dimensions, the Amber combines automated operation with Comandulli's established edge-processing technology.

The machine is designed to provide consistent finishing while reducing the amount of manual processing required during production.

Machine Features

The Amber is built around a fully machined, electro-welded steel structure.

The machine is protected against corrosion through a multi-stage treatment process incorporating sandblasting, metallisation and painting. Painted covers undergo cataphoresis treatment, while the main covers are manufactured from stainless steel.

Its specialised conveyor belt and pneumatic slab-locking system allow edges to be polished without the need for a contrast bar.

The conveyor belt features variable speed control, with automatic speed adjustment available through the machine's control panel.

Each spindle operates independently, providing greater control throughout the processing cycle.

A water collection system is incorporated into the machine, while automatically controlled valves manage water flow during processing.

Maintenance requirements are reduced through an integrated belt-cleaning system and automatic lubrication.

Automated Processing

Sensors automatically detect material entering the machine, allowing the Amber to adapt its processing cycle to different workpieces.

The machine can accommodate variations in material thickness and is designed to maintain consistent processing throughout production.

Its automated control system allows operators to manage key machine functions and processing parameters from the control panel.

Combining automated operation, flexible processing capabilities and robust construction, the Comandulli Amber provides fabricators with a reliable solution for consistent edge finishing across a range of applications.