Need to inspect the smallest components and structures in real time? Our high-speed microscope, MICRO.SPECTOR, automates the inspection of microstructured components. The MICRO.SPECTOR detects even the smallest defects and shape deviations, reliably rejecting defective parts. The MICRO.SPECTOR can be operated as a stand-alone solution or as a fully automated in-process inspection system.
Our MICRO.SPECTOR enables fully automated inspection of microstructured components and products for defects, shape deviations, and dimensional accuracy. Defective parts are automatically detected and can thus be removed from the production process.
The MICRO.SPECTOR has a modular design, allowing it to be used as a stand-alone system or as a fully automated solution within production. With barcode tracking, FFU (Functional Frequency Unit), lifting door, auto-loading, cleaning, and many other modules, we can tailor the system precisely to your needs. Depending on the configuration, we work with pixel resolutions starting at 0.48 µm. Fast data acquisition and processing ensure cycle times that match the production cycle.
With our MICRO.SPECTOR, you can reliably and quickly inspect large quantities – simply impossible by hand.
Our standard configurations are 0.48µm, 0.75µm and 3.5µm pixel resolution
Our high-speed version works with a multiline camera with 17,824 pixels and up to 142kHz
Our modules: automated test recipes, automated assembly and automated feeding
In our standard configuration we scan up to 300 x 300 mm²
Whether stand-alone or process-integrated - we offer FFUs, lifting doors, code readers or cleaning systems
From test design on initial samples to full automation – we offer turnkey solutions
Our MICRO.SPECTOR is designed for direct integration into your production chain. From barcode tracking, change log, audit trail and user management to direct connection to your control level, we offer all the tools you need to make your QC more efficient and reliable.
Our MICRO.SPECTOR systems are equipped with high-resolution vision systems to detect microscopic defects and verify dimensional accuracy. Using fully automated inspection recipes based on your tolerances and thresholds, the system identifies defective parts and can reject them immediately. Our software is designed so that key performance indicators (KPIs) and information are readily visible, ensuring you always have a clear overview of your production performance.
The MICRO.SPECTOR is specialized for processing large amounts of data. We have designed our software so that even at higher resolutions, where data can quickly exceed 40 billion pixels, our systems won't falter. For defect detection, we use either classic image processing or machine learning, depending on the application. For time-critical applications, we rely on highly efficient algorithms to perform quality control at the production cycle.
Quality control of lab-on-a-chip systems or microfluidic chips
QC of microstructures on wafers, electroforming, metal surfaces
QC of microstructured components, holes, edges, shapes
QC of the smallest injection-molded components and structures
Blisters, scratches, cracks, closures, skin, particles, spikes, dust...
Channel widths, shape accuracy, roundness, continuity, spacing,...
Missing or incomplete structures, incorrect placement
It depends entirely on your application. Often, the optimal balance between resolution and speed needs to be found. With some solutions, we can inspect entire components within a few seconds, while with other high-precision laboratory applications, inspection times can be significantly longer.
The MICRO.SPECTOR is based on machine vision systems using matrix and line scan cameras. Our focus is therefore on 2D inspections. If you require 3D inspections, please contact us. We also offer solutions with chromatic confocal line sensors or profile cutting systems.
Yes, in addition to the testing system, we build automation solutions for loading the system and also for transporting the components. The systems are designed so that they can be operated in parallel. This allows for any scalability.
We are working to create a platform where our customers can implement almost any exam. The systems are currently designed in such a way that the tests are carried out by our experts and extensively tested for functionality. So we can guarantee the performance of the QC.