Green slab turning device

• To remove the slabs from the slab depositing carriage by means of a vacuum lifter for 180° turning and for delivery to the slab transfer device of the flat depositing device-wet side
• Consisting of a solid frame, servomotor turning arm and a lifting unit with interchangeable suction units depending on the slab formats
• Quick adjustment to product height by servomotor lifting movement of the suction frame

Slab transfer devices

• Slab transfer device-wet side picks up the products from the carriage or from the green slab turning device and passes them to the following flat depositing device-wet side
• Universal slab transfer device-dry side takes the products from the flat depositing device-dry side and passes them to
  the value adding line or packing line
• Consist of electrically driven horizontal slides, lifting mast and turning device and format-dependent suction units on
  the wet side and a universal vacuum suction plate for all formats on the dry side, with vacuum generator
• Travel, lifting and rotary drives designed as servomotors

Finger car

• For transporting the filled pallet stacks with green slabs to the shelf spaces, the empty pallet stack to the flat depositing device-wet side and the pallet stack with cured slabs to the flat depositing devicedry side, and for transporting the empty pallets from there to the press or shelf
• Fully automatic, including control. The system is designed so that two pallet stacks can be positioned one above the other in the shelf spaces
• Upper carriage designed with 180° turning device so that the loading and unloading positions can be opposite to each other

Curing chamber

• To shorten the curing time and reduce the required number of pallets
• Further increase in product quality (reduction of efflorescence)
• In galvanized steel version
• Available as a large-chamber or singlechamber system including empty chambers
• Complete system insulated and equipped with roller gates
• Various systems can be used to optimize the curing process:
• Specific heat
  - By heat of hydration during curing of concrete
• Vaporization
  - Steam within a few seconds
  - High efficiency
  - Low emissions
  - Low space requirement
• Moisturization system
  - No moisture formation due to standing fog
  - Less water consumption
  - Low energy consumption

For all curing processes, air circulation systems are  advantageous for uniform temperature and moisture distribution inside the chamber.

• Air circulation systems
  - For even distribution of air within the chambers
  - Extraction of the chamber air to dry the chamber
  - Direction of the chamber air after the curing process into a new chamber for preheating. Savings of around
  20% of the heating costs