Design in focus
We have compiled valuable design tips across several product areas. Discover how to dimension your linear rail solution correctly and why rack and pinion systems are ideally suited for precise and robust motion. We also take a closer look at a long‑established solution for linear motion—the ball bushing—and its partner, the hardened steel shaft.
Racks and pinions are important components in modern mechanical engineering. They convert rotational motion into linear motion with high precision and strength – a solution used in everything from automation systems to heavy lifting applications. In this article, we explore design principles and common areas application areas.
For very heavy loads, a standard linear rail system may not be sufficient. In such cases, a roller guide can be the right solution for the application. In other situations, factors such as low installation weight and corrosion resistance may be decisive, making aluminium rail guides a suitable choice.
Read about Linear Rail Aluminium, Roller Guides and Linear Rail WRC
Deciding how your belt conveyor should be designed can sometimes feel like an overwhelming task. But with our checklist, the job becomes a little easier. We have compiled five important points to consider when designing your belt conveyor.
Take a look at the checklist for optimal belt conveyor design
A well-chosen servo coupling acts as a precise and yet flexible link that ensures backlash-free torque transmission between motor and load, while compensating for small misalignments. It is crucial for achieving high positioning accuracy and optimal drive performance. In this article, we take a closer look at different types of servo couplings and what to consider when choosing the right type.
Optimise performance and service life with the right servo coupling
Ball bearings combined with hardened steel shafts are one of the industry's most proven solutions for linear motion – and the technology is just as relevant today as when it was introduced. The low friction, smooth operation and high precision make the system both cost-effective and easy to integrate into a variety of machines. In this article, we will go over why ball bearings are so popular, what applications they are suitable for, and when other options may be a better choice.
How do I choose the right size for my linear rail system? Choosing a linear guide system that is one or two sizes larger than the actual requirement can sometimes feel like a safe choice. However, with a correctly performed needs analysis, this is not necessary. We help you understand the fundamental criteria you need to identify to dimension correctly.
Our guide makes it easier to navigate the vast selection of telescopic rails and choose the right one. It is developed by our product experts, who have carefully compiled all the factors to consider when choosing a telescopic rail. You will also find clear and user-friendly diagrams to help you choose.
CONTENT
- Racks & Pinions – smart design for precise and robust movements
- When standard rail guides are not enough – three problem solvers
- Five tips when designing your belt conveyor
- Servo couplings – the key to precision in modern drive systems
- Ball bearings and hardened steel shafts – a flexible linear guide for many types of machines
- Linear rail guides – dimension correctly
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