Using machine vision inspection with high-performance Gigabit Ethernet (GigE) cameras, ISW GmbH designs turnkey hardware/software solutions for the pharmaceutical industry to specifically ensure accurate dimensions and fill levels of ampoules in production, replacing error-prone manual quality control processes.

Microscan Gigabit Ethernet Cameras Provide Ampoule Inspection in the Pharmaceutical Industry

Contributed by | Microscan Systems, Inc.


Requirement: Ensure ampoule strips are produced with proper dimensions and fill levels.

Project: Use automated image processing capabilities of machine vision technology to replace manual, error-prone human inspection of ampoule strips.

Solution: Turnkey hardware/software system using ISW machine vision inspection software interface and Microscan Gigabit Ethernet (GigE) cameras.

Result: Ensured quality of ampoule strips and reduced production defects lead to cost savings.

Company Profile

Whether decoding Data Matrix symbols, reading text with Optical Character Recognition (OCR), or performing product inspection with machine vision, Industrielle Sensorsysteme Wichmann (ISW) GmbH has been meeting demanding applications with high-performance, turnkey automation solutions for over 20 years. ISW has a legacy of enabling complex automation tasks at all stages of production in industries from automotive to pharmaceuticals to packaging with over 5,000 systems installed internationally. A Microscan Vision Select Partner, ISW integrates Microscan barcode reading and machine vision technology into its systems to enable product tracking, traceability, and quality control processes that allow companies to reduce waste, increase production speed, and ensure quality products through automation.


The Solution

Non-contact inspection and measurement is essential in many areas, but it is also difficult to achieve with manual processes and human operators. In image processing, a camera system replaces error-prone human operators and functions continuously at a consistently high level of quality and precision. The image processing system shown here measures ampoule strips and monitors the content and processing of the product. The automation of this inspection process ensures high quality and minimizes costs resulting from production defects.

The blow, fill, and seal process produces transparent strips of five ampoules each. The function of the image processing system is to determine the dimensions of the ampoule strips, to monitor the fill level of the sodium chloride solution contained therein, and to inspect the form of the ampoule neck and the opening. The various image processing tests ensure that ampoules sent to the customer will have a consistent level of quality. Malfunctions in subsequent processing steps are significantly reduced because damaged ampoule strips are ejected by a pressurized air system directly after the image processing station. The system is controlled by an intuitive HMI that can be adapted or configured according to the customer’s needs. The image-processing software allows for a large number of customizable inspections.

A turnkey inspection system from ISW eliminates defects in the production of ampoule strips for the pharmaceutical industry.


High-performance image processing allows data to be processed quickly, so that the products can be inspected by two five-megapixel cameras even at high production speeds. It is possible to generate multiple inspection programs that can be accessed by the user or by a programmable logic controller (PLC). The system is also able to inspect multiple product variations. Defective pieces detected by the system are automatically ejected from the conveyor belt. However, if a defective part still remains on the conveyor belt, it is detected by an ejection cross-check, which stops the system and prevents the defective part from entering further processing. A secondary detector in the system prevents backups into connected systems as well. The camera system can also be installed in existing production lines without necessitating changes to the existing layout of the product handling system. Any access or changes to the software interface must be acknowledged by the user. Moreover, every access event is saved in a log file, allowing for any changes to be tracked at a later time.

Quality control data regarding product inspections can be stored and then reset to zero for each batch, thus allowing production quality to be tracked continuously over time.

As ampoules enter the system, an HMI screen displays the machine vision software interface and results of the inspection.


Microscan Visionscape® Gigabit Ethernet (GigE) cameras are used to inspect the dimensions and fill levels of ampoules in production.



Partner: Industrielle Sensorsysteme Wichmann (ISW) GmbH, Germany

Farmers Ring 1, D-25337 Kölln-Reisiek, Germany |

Industry: Pharmaceutical Packaging

Application: Ensure ampoule production quality

Products: Visionscape® Gigabit Ethernet (GigE) cameras from Microscan



About Microscan


Founded in 1982, Microscan has a strong history of technology innovation including the invention of the first laser diode barcode scanner and the 2D symbology Data Matrix. In 2008, Microscan acquired the Siemens Machine Vision division. Today, Microscan remains a technology leader in automatic identification and machine vision with extensive solutions for ID tracking, traceability and inspection.



The content & opinions in this article are the author’s and do not necessarily represent the views of RoboticsTomorrow
Omron Automation

Omron Automation

Omron is an industrial automation partner that creates, sells and services fully integrated automation solutions that include robotics, sensing, motion, logic, safety, and more for manufacturers in the automotive, semiconductor, food and beverage packaging and other industries. Established in 1933, Omron helps businesses solve problems with creativity worldwide, with more than 37,000 employees serving over 110 countries. Adept Technologies is now a valued part of the Omron family.

Other Articles

Preparing Your Facility for Mobile Robots: Key Considerations for Seamless Integration
Successful AMR implementation requires careful consideration of several key factors: space analysis, floor conditions, and environmental factors, among others.
Transforming Manufacturing Processes with AMRs: Boosting Efficiency and Adaptability
One of the key advantages of AMRs lies in their adaptability. Manufacturing processes often require frequent changes, reconfigurations, or repositioning of equipment and materials. AMRs can quickly and easily adapt to these changing requirements.
Maximizing the Value of Collaborative Robots
As we will discuss in this article, cobots can add tremendous value to your operations, but you should be sure to pay attention to risk assessments and safeguarding requirements.
More about Omron Automation

Comments (0)

This post does not have any comments. Be the first to leave a comment below.

Post A Comment

You must be logged in before you can post a comment. Login now.

Featured Product

Helios™2 Ray Time-of-Flight Camera Designed for Unmatched Performance in Outdoor Lighting Conditions

Helios™2 Ray Time-of-Flight Camera Designed for Unmatched Performance in Outdoor Lighting Conditions

The Helios2 Ray camera is powered by Sony's DepthSense IMX556PLR ToF image sensor and is specifically engineered for exceptional performance in challenging outdoor lighting environments. Equipped with 940nm VCSEL laser diodes, the Helios2 Ray generates real-time 3D point clouds, even in direct sunlight, making it suitable for a wide range of outdoor applications. The Helios2 Ray offers the same IP67 and Factory Tough™ design as the standard Helios2 camera featuring a 640 x 480 depth resolution at distances of up to 8.3 meters and a frame rate of 30 fps.