Comandulli Omega Pencil

The Comandulli Omega Pencil is an automatic edge polishing machine designed for the production of pencil-round profiles on natural stone, quartz and ceramic materials.

Built for consistent, high-quality finishing, the Omega Pencil combines Comandulli's proven engineering with automated processing to help fabricators reduce manual finishing and improve production efficiency.

Key Features

All machine structures are protected against corrosion through a modern treatment process consisting of sandblasting, metallisation and painting. Painted covers undergo cataphoresis treatment, while the main covers are manufactured from stainless steel.

The Omega Pencil can polish edges without the need for a contrast bar, thanks to its specialised conveyor belt sliding system and pneumatic slab-locking pistons.

The machine features a 600 mm wide conveyor belt with adjustable operating speed. Speed can be controlled automatically from the machine's control panel, with the belt running across stainless-steel support plates.

Each spindle operates independently, allowing greater control over the polishing process and helping to minimise production downtime.

A dedicated water collection tank is equipped with two lateral outlets, while solenoid valves automatically control water flow to help reduce unnecessary water consumption.

Routine maintenance is simplified through the integrated belt-cleaning system and automatic lubrication.

Two sensors automatically detect the shape of material entering the machine, including irregular pieces such as winding steps and bonded components.

An additional sensor measures the thickness of each slab entering the machine, allowing the Omega Pencil to automatically adapt to variations in material thickness.

The polishing units operate on vertical and horizontal axes to accurately follow the profile of the material throughout the finishing process.

Designed for automated pencil-round production, the Omega Pencil provides fabricators with a reliable solution for achieving consistent edge finishes while reducing the amount of manual processing required.