About us
At INTERPRECISE Donath GmbH, the IDC brand represents far more than a name—it stands for agility, innovation, and an unwavering commitment to customer success.
We don’t just respond to customer needs; we anticipate them. Our flexible approach and quality‑driven mindset allow us to deliver tailored solutions that give our customers a competitive edge.
Precision is our passion.
By combining deep technological expertise with state‑of‑the‑art production equipment, we transform even the most demanding requirements into high‑performance products engineered for reliability and excellence.
Rooted in tradition, driven by innovation.
Located near Herzogenaurach—the historic heart of Germany’s bearing industry—we draw strength from a legacy of precision manufacturing while pushing boundaries with modern engineering and production technologies.
INTERPRECISE Donath GmbH: where customer focus meets cutting‑edge precision.
Enhancement
At the heart of our innovation is a strong Research and Development team. By shaping product functionality, reliability, and customer value from the very beginning, we create high‑performance solutions engineered for long‑term success.
By maintaining close communication with our customers, we ensure that product requirements and objectives are accurately captured and aligned from the outset. Our experienced development engineers and technical team carefully evaluate all relevant specifications to ensure optimal performance and reliability.
Draft development and construction are performed by experienced engineers utilizing state‑of‑the‑art 3D modeling software.
The most suitable concepts are selected through a rigorous evaluation process focused on delivering maximum customer value, ensuring optimal product specifications, and achieving cost‑effective performance.
The development output is verified through advanced simulation techniques, including finite element and multi‑body analysis, as well as analytical calculations. Final validation is carried out through comprehensive testing of prototypes and sample components
Quality
All activities within the company are determined by commitment to quality.
Thus quality assurance is done in all stages of product development and manufacturing.
Our quality engineers are supported by the most modern industrial measurement and analysis instruments and tools.
All company processes are certified in compliance with ISO 9001:2015.
“We control quality at its source. By manufacturing all critical components in‑house with advanced production technology, we ensure maximum flexibility, consistent excellence, and cost‑effective solutions for our customers.”
Production
Products
(Tandem thrust Roller bearings)
IDC Tandem Thrust Roller Bearings = Multi-stage axial roller bearings designed to handle extremely high axial loads in limited space, with precise alignment, low friction, and long service life.
They are used in heavy industrial machinery and extruder gearboxes where axial forces are intense.
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Extruder gearboxes for injection molding and profile extrusion applications in the plastics industry
Pelletizing systems used in the feed and food industries
Plastic granulate production in the petrochemical sector
Drilling equipment for industrial applications
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absorbtion of high thrust loads, generated by back pressures from extruder screw
small radial space consumption
small distance of shafts in twin screw extruders realizable
high lifetime
low friction torque
even load distribution
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Gearboxes for single & twin‑screw extruders (plastic & rubber industry)
Heavy-duty gear reducers
Printing machinery
Construction machinery
Metallurgy equipment
Deep-hole drilling machines
Friction welding machines
What makes them special?
DC tandem thrust series," IDC (Interprecise Donath GmbH) manufactures high‑precision roller bearings, including axial cylindrical roller bearings, which are the foundation of tandem thrust bearing designs. Their engineering focus includes:
Custom high‑load solutions
High‑precision axial roller systems
Advanced manufacturing in Germany and China
Applications in heavy industrial machinery, automation, and power transmission
Design features
Shaft- and housing-washers specifically calculated and designed to avoid edge stress (even, when beding under load)
Components parts and assemblies are optimized by FEM
- spring compression
- bending
- stress