Dewatering
Uhle box
Precision-engineered Uhle boxes tailored to meet specific process requirements. Various material options as well as available in slotted or drilled cover designs.
ANDRITZ delivers customized, in-house engineered equipment and solutions, designed to maximize press section efficiency. Our high-quality products are suitable for all paper machine types and grades. By applying a rigorous engineering approach, ANDRITZ focuses on enhancing press performance through improved dryness, optimized runnability, and superior paper quality.
Uhle box
Precision-engineered Uhle boxes tailored to meet specific process requirements. Various material options as well as available in slotted or drilled cover designs.
Vacuum control
AutoVac HD three-way electrically actuated valve for precise vacuum control.
Flow control
WeirFlo meter providing accurate flow measurement in gravity, in-line, and separator configurations.
Save-all equipment
Advanced solutions engineered for state-of-the-art nip dewatering configurations.
Doctoring systems and blades
Comprehensive range of advanced doctoring systems designed for optimal efficiency and safe operation.
Tail threading systems
Complete solutions for press and press-to-dryer tail threading requirements.
Trim systems
High-pressure cutting solutions are engineered for safe and precise trim adjustments.
Felt changing equipment
The Felt Master significantly improves worker safety and resource management, and is available for seam and endless felts.
Shower systems
Custom-designed, highly reliable shower systems for superior felt cleaning and conditioning.
Stretching & guiding systems
Robust clothing stretching and guiding systems built for the demanding wet-end environment.
Steambox
VIB SteamTech system improves sheet dryness through optimized steam flow, temperature control, and vacuum management.
Maintenance, audits & services
Expert mechanical services and repairs to ensure machine reliability and uptime. Comprehensive audits, process technology support, and engineering services to maximize performance and efficiency.