Drive systems for laboratory automation
Reliable diagnostics and research.
Drive systems from maxon ensure reliable processes in laboratory applications – and thus consistent results. Because in the laboratory, accuracy is key. Highest quality and reliability enable reproducible results in diagnostics, life sciences, and analytics.
Our product recommendations.
Liquid handling
Liquid handling applications require reliability, precision, and power density. With high speed and precise positioning control, maxon drives are perfect for many operations such as X, Y axis movements or Z axes for dispensing.
DNA sequencing
PCR and DNA applications range from basic research to disease diagnostics to agricultural tests and forensic examinations. The compact, efficient drive systems from maxon can increase the PCR runtime without any reduction in precision.
Electronic pipettes
maxon supplies drive solutions which are used in electronic pipettes for precise and reproducible delivery of samples and reagents in molecular biology, analytical chemistry, and medicine. Our linear solutions improve efficiency and enable a very high actuating force for higher viscosity liquids.
Point of care (POC) diagnostics
In order for POC applications to be effectively utilized for fast analyses and early diagnoses in practice, they need to be small and easy to operate. In addition, they must be precisely calibrated and as automated as possible. maxon offers the perfect solutions for POC with drives with a diameter from 6 to 16 mm.
Robot arms
To achieve precise gripping, robot arms for laboratory applications need to meet the highest requirements. Electric drives need to perform movements with absolute precision through the interaction of motors and encoders. High power density is essential for getting the greatest possible torque in a small installation space. maxon offers the right solution for this. Due to their special winding, our drive systems are efficient and extremely precise.
Decapping
Manually closing and decapping sample tubes takes up a lot of working hours. Automating this process reduces the risk of human errors and at the same time avoids potential health risks and aerosol contamination for the laboratory staff. The 8 mm BLDC motors from maxon are ideal for a 96-axis solution, while a 16 mm motor, for example, is suitable for a 24-axis solution.
Drive solutions for laboratory automation
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Learn about maxon drives for laboratory automation and read two reports on how our products deliver extreme precision and high throughout in laboratory robots and blood analysis devices.
Frequently asked questions
How do maxon drive components ensure that laboratory analysis devices will deliver reproducible results?
For reproducible results, a drive system with precision control is crucial. This is guaranteed with ironless drives, for example, since they have no cogging torque. Furthermore, a high resolution and thus high reproducibility can be ensured by using an encoder.
Is it possible to purchase an absolute drive system from maxon so that the last position is saved in case of a power failure?
Yes. The absolute multi-turn encoder (product: ENX 22 EMT) comes with integrated harvesting technology. This saves the position of the drive so it remains known even after a power failure.
Is maxon able to assist in the design and production of entire drive systems (movements in the device)?
Yes. maxon’s many years of experience means it is able to assist in the design of entire translatory movements and can help to optimize devices in terms of costs or performance.
What are the advantages of using a maxon controller?
The inductance required for ironless motors is already integrated into maxon controllers. In addition, the EPOS and ESCON software offers the advantage of fully automatic tuning of maxon drives. Thus the drive is optimally matched to the controller. The simple GUI interface enables measurements and fine tuning on the motor.
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How can we help you?
Our laboratory automation experts will be happy to help you.