Over 90 years of experience
For highest demands
Knowledge & Experience
Sustainable production and products
For highest demands of quality, reliability and service life:
WALTHER-PRÄZISION, as a developer and manufacturer of mono and multi couplings as well as docking systems made of stainless steel, brass, aluminium, steel and plastic, offers a wide and innovative range of quick connection solutions for pneumatics, water or oil hydraulics, gases, fluids, optical and electrical signals as well as power current in more than 400,000 variants.
Digital Technical Catalogue
Please feel free to browse through our digital Technical Catalogue. Here you will find many additional information.
Mono-couplings or quick couplings are single couplings for manual connecting and disconnecting only one line at a time.
Multi-couplings are quick coupling systems for the simultaneous, manual, and safe connection and disconnection of several lines.
Docking systems are quick coupling systems for the simultaneous, automatic, and safe connection and disconnection of several lines.
Tool changing systems
Tool changing systems are automated docking systems for industrial robots, for fast and high-precision tool changing.
Subassembly elements are mono-couplings without own locking mechanism for direct installation in customer constructions.
The automatica is an international trade fair for industrial automation and mechatronics.
Visit us at Hall B6, Booth 329 from 27. to 30. 06. 2023
H2 refueling systems with break-away coupling from WALTHER-PRÄZISION
WALTHER-PRÄZISION, Carl Kurt Walther GmbH & Co. KG (founded in 1931) is a world-leading developer and quality manufacturer of mono- and multi-couplings as well as docking systems, “Made in Germany”.
Your advantages with WALTHER-PRÄZISION
- Long-lasting qualitiy product
- Resource-saving and efficiency-increasing
- Extensive series programme
- Customised solutions
- Sustainably produced and quickly delivered – Made in Germany
Multi couplings, docking systems and fast and very slim tool changers for industrial robots to be used in shell constructions, transfer lines, manufacturing lines and test stations.
Chemical and Pharmaceutical Industry
Quick couplings made of stainless steel or other high quality materials, with non-dripping clean-break technology, available in non-interchangeable designs or as a breakaway coupling with no sacrificial parts, suitable for the safe connection of hazardous media lines.
Aerospace and Aviation
Docking systems designed to handle high stresses and quick couplings made of stainless steel, titanium or other high quality materials for efficient utilization of cost-intensive test benches, for the use in aircraft engines or for media supply in launch vehicles.
Machine and Systems Engineering
Reliable operation, clean-break quick couplings for liquids (hydraulic oil, grease, etc.) as well as numerous special quick coupling solutions in a proven, robust design and durable, even under the toughest operating conditions.
Plug and screw couplings have been developed for the medical sector, specifically for the medical gas supply, diagnostics, dialysis, computer tomography, sterile technology and the supply of breathing air.
Corrosion-resistant quick couplings and multi-couplings of user specified stainless steel with redundant sealing systems, power enhanced locks, also for the operation by divers or by remotely operated vehicles (ROV) for a quick and reliable connection of single lines and multiline umbilicals both top-side and subsea.
Quick couplings which are used in transportation, must ensure a safe connection during permanent vibrations and in heavily soiled environment – for many years to go and under extreme temperature fluctuations.
Robust quick couplings supply heavy equipment within the steel industry with hydraulics, pressurized air and other media. They are i. a. used to dock casting ladles, in thin-slab and continuous casting lines, at roll stands as well as in the automatic gas supply for batch furnaces.
These systems, tailored for specific needs, are extremely robust and durable and designed to resist shock effects. They ensure a safe and quick change of aggregates or help to reduce test processes.