PRECISION SENSORS FOR MEDICAL AND LABORATORY APPLICATIONS
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Life science PRECISION SENSORS FOR MEDICAL AND LABORATORY APPLICATIONS

Balluff in the life science sector WE ARE AT HOME IN MANY INDUSTRIES

Balluff in the field of life science SOLUTIONS FOR LABORATORY AUTOMATION AND MEDICAL TECHNOLOGY MEDICAL DEVICES HOSPITAL LOGISTICS ASSEMBLY MACHINES LABORATORY AUTOMATION The products listed here are "standard products" or "modified standard products". Life science applications require high reliability, minimal measurement tolerances, and small housings. Flexible integration of sensor technology into the system is also important. Balluff offers you a full-range of products and system solutions. When using these products as components in a laboratory or with medical equipment, the laboratory...

CONTENTS Efficient and productive with high quality 8 ASSEMBLY MACHINES At the core of your processes 14 LABORATORY AUTOMATION Innovative in the interest of patients 24 MEDICAL DEVICES Manage efficiently, economically 32 HOSPITAL LOGISTICS High precision and communications expertise PRODUCT OVERVIEW 46 IIOT52 ABOUT BALLUFF 54

Assembly machines EFFICIENT AND PRODUCTIVE WITH HIGH QUALITY Today, modern, application-optimized assembly machines are used for the precise and error-free assembly of medical technology components. With Balluff, you can successfully implement such intelligent production and smart manufacturing. Our sensors and interface components make a critical contribution to the fact that the reliability of automated assembly processes can be optimized further and further and that assembly is better and faster than by human hand.

Solutions for assembly machines Medical products such as medical face masks are manufactured in a highly automated process. In the production and assembly of ampoules, inhalers and hearing aids and even more complex medical tools like mobile electrocardiographs, the focus is also combining high automation with economical production. Validated production processes ensure consistently high product quality.

MEASURING AXIS POSITIONS BML magnetic encoder system DETECTING OBJECTS ON CONVEYOR BELTS BOS photoelectric sensors IDENTIFYING OBJECTS ON PALLETS BIS industrial RFID systems MONITORING FILLING PROCESSES BOH photoelectric Micromote sensors INSPECTING INJECTION VIALS BVS industrial cameras Do you need to determine the axis positions of your linear units quickly and precisely? With magnetic encoder systems you can realize reliable automation solutions even in very dynamic applications. Ours are available in absolute and incremental versions, so you can choose the optimum solution for your...

Laboratory automation AT THE CORE OF YOUR PROCESSES Automated laboratory technology for transporting and processing samples in very confined spaces is essential. And it must work in perfect interaction between optical and other sensor technology, miniaturized electronics and precision mechanical components. Progress cannot be stopped in this classic application field of mechatronics. All the more important that Balluff provides you with optimal solutions for a wide range of application in laboratory automation. Whether you want to detect and track objects or focus on efficient liquid...

Solutions for laboratory automation Specialized laboratory devices are connected via conveyor lines. Thanks to sophisticated sensor solutions, transfer systems steer personalized samples through the analysis process automatically, flexibly and with high throughput. In laboratory equipment, innovative and sophisticated sensor solutions for level detection and microdosing play a major role. Industrial camera systems are also being integrated more regularly into these applications.

DETECTING SAMPLES BOH photoelectric Micromote sensors CONTROL STACK HEIGHTS BCS capacitive sensors DETECTING SAMPLE SLIDES BOH photoelectric Micromote sensors IDENTIFYING SAMPLES BVS SmartCamera identification FLAP AND CLOSURE MONITORING BES inductive sensors Various transparency properties and very small objects place high demands on laboratory automation. Sensor technology must be able to adapt flexibly to applications and be suitable for extremely confined spaces and moving machine elements. This is the case with our photoelectric Micromote sensors. Their modular system, from which you...

➔ ➔ DETECTING LIQUIDS IN PIPETTES BOH photoelectric Micromote sensors CONTACT-FREE DETECTION OF FILL LEVELS IN MICROPLATES BUS ultrasonic sensors DETECTING DROPLETS BOH photoelectric Micromote sensors MONITORING THE POSITIONS OF PIPETTING DEVICES BML magnetic encoder system ANALYZING SAMPLES BVS industrial cameras To minimize the time liquid remains in the prefill containers, the volume in pipettes is kept as small as possible. Nevertheless, the pipettes must always contain sufficient liquid. Micromote optical sensors can detect, with high precision and a small footprint, whether this...

MONITORING CENTRIFUGE CLOSURE BES inductive sensors MONITORING LEAKAGES BCS capacitive sensors NON-CONTACT LEVEL MEASUREMENT BCW self-adhesive capacitive sensor heads DETECT BUBBLES AND DETERMINE FLOW RATE BOH photoelectric Micromote sensors DETECT MICROBUBBLES BOH photoelectric Micromote sensors To prevent operating errors, it must be ensured that centrifuges are actually closed before the rotating part starts moving. Our inductive mini-sensors monitor the closing mechanism. Rotation can only be started when the lid is cleanly locked. Leakages endanger the availability of your machines and...

Medical devices INNOVATIVE IN THE INTEREST OF PATIENTS Medical devices are expensive capital goods whose reliability and precision must be ensured even after years of use. Non-contact and wear-free sensor components enable technical equipment to meet the high demands on usage times and service life in healthcare. Another Balluff strength pays off as well: Thanks to miniaturized design, decisive advantages can be achieved in the dimension of the overall system.

Halbleiterindustrie | 27 Life science Solutions for medical devices Established medical devices such as X-ray, MRI machines and heart-lung machines require a large number of position and level detection sensors to carry out diagnoses and treatments. A current trend in medical technology: imaging techniques are becoming more and more common. We open up individual design options for compact diagnostic devices.