Neugart has unveiled a cutting-edge gearbox-pinion-rack configuration, expanding its offerings with a high-performance solution tailored for precise and efficient rack applications.
This innovative setup integrates perfectly matched components to enhance dynamic and powerful power transmission.
Seamless Integration for Optimal Routine
The trio of components works in harmony to deliver smooth process, robust feed force, and valid positioning
The trio of components work in harmony to deliver smooth operation, robust feed force, and accurate positioning — key features for the automation and drive systems.
Available in either straight or helical gearing, the racks are crafted from induction-hardened, quenched and tempered steel, ranging from modules of 1.5 to 5 mm and fulfilling quality level 6 standards.
Precision Manufacturing
Post-production processes, including heat treatment and precision grinding of the gears, result in superior surface quality and extend the service life of the product.
Standard rack lengths are available in 1000 mm and 2000 mm sizes, with options for custom lengths according to customer requirements.
Variety for Diverse Applications
The highly precise and flexible drive unit caters to a wide range of uses. Compatible pinions are designed for gearboxes within the 060 to 200 frame size range, available in both coaxial and right-angle configurations, along with options for shaft or flange designs.
The Precision Line is ideal for maximum positioning accuracy, whereas the Economy Line offers sturdy and cost-effective solutions for general applications.
Advanced Features for Modern Systems
One standout aspect of the gearbox is its durable heavy-duty output shaft bearing. This feature ensures reliable transmission of high radial and axial forces, even during dynamic cycles or under substantial loads, resulting in a smooth and quiet power delivery, improved process quality, and stable system acoustics.
With this integrated gearbox-pinion-rack system, Neugart presents a readily available solution from a single source, facilitating ease of integration, high power density, and ultimate flexibility, thereby setting new standards for precision and efficiency in modern machine and automation settings.
