Slug cutter

Moving slug cutters. With moving cut to respect the perpendicularity of the cut to minimize de side wate material. From 500mm to 1200mm of useful width.

Continuous clay slug cutter for structural ceramics


The IFAMAC continuous slug cutter cuts the extruded clay column while it moves along the production line. The cutting system travels with the slug during the operation to maintain a perpendicular cut without stopping the product flow.

The machine is designed for structural ceramics production lines and can be configured with usable widths ranging from 500 to 1,200 mm. The final configuration is adapted to the slug dimensions, required cutting length, production speed and installation characteristics.

Moving cut of the ceramic slug

The clay slug enters the cutting area continuously. The cutting mechanism moves in coordination with the product, performs the cut and returns to its starting position to begin the next cycle.

This operation keeps the cut perpendicular to the direction in which the slug is moving. Coordination between the conveying and cutting systems helps produce uniform pieces and reduce lateral waste material.

Configuration adapted to the production format

The cutter is dimensioned according to the width and geometry of the slug, cutting length and production line rate. IFAMAC manufactures configurations with usable widths ranging from 500 to 1,200 mm to suit different ceramic extrusion processes.

The operating parameters and cutting sequence can be coordinated with the equipment located upstream and downstream of the machine according to the process requirements.

Integration into structural ceramics production lines

The equipment can be integrated into production lines for bricks, blocks, hollow clay floor blocks, roof tiles and other structural ceramic products, provided that their configuration is compatible with the cutting system.

Sensors and the control system coordinate slug detection, product movement and the cutting operation. This integration maintains a continuous production flow synchronised with the rest of the installation.

Custom design and manufacturing

IFAMAC adapts the structure, usable width, travel distance, speed and control system to the conditions of each plant. The cutter can be incorporated into both new production lines and existing installations.

Each project is studied according to the clay properties, product format, required capacity and equipment layout.

Features


Cutting of extruded clay slugs in motion

Cutting perpendicular to the direction of product movement

Usable widths from 500 to 1,200 mm

Operation coordinated with the production line speed

Adaptation to different formats and cutting lengths

Reduction of lateral waste material

Integration with conveyors and control systems

Custom design and manufacturing by IFAMAC

Why choose IFAMAC


Our extensive experience over more than three decades helps us to have a broader vision in each of the different industrial sectors in which we work. Quality, experience, safety, 360º process with you, personalized design and manufacturing.

See all sectors

Our team of experts is available to answer any questions you may have.

Contact

Related products


Semi-automatic machine for splitting loaded pallets

Read More

Semi-automatic machine for splitting pallets loaded with product into two half pallets, offering a simple and safe process to optimise loading space.

Synchronous side cutter

Read More

Synchronous side cutters with and without trimming. Using servomotors and encoders, we achieve very fast and precise cuts of the product. Used for tiles, vaults, solid and perforated bricks. Productions of up to 40 cuts per minute with high…

Multiwire vertical cutter

Read More

These multiwire vertical cutter are essential tools in ceramic production, enabling the creation of precise vertical cuts and enhancing both the efficiency and quality of the manufacturing process.

Multi-wire push through cutter

Read More

These multiwire push through cutter are essential tools in ceramic production, enabling the transformation of large blocks into smaller pieces with precise dimensions, thereby enhancing the efficiency and quality of the manufacturing process.