Sample handling, integrated processing, inspection and test equipment.
New workflows, higher volumes, manual handling or disconnected equipment can create the need for new automation or equipment.
Translate a new workflow into equipment architecture, handling logic and automation that can support the required process steps.
Automate transfer, processing and sequencing so higher volumes can be handled without adding unnecessary manual steps.
Reduce manual interaction by integrating robotic handling, transfer and controlled process steps into the equipment.
Integrate standard laboratory equipment, handling, controls and process logic into one coordinated automated sequence.
Add repeatable inspection, functional checks or verification where process quality depends on controlled equipment-level conditions.
The right solution depends on the workflow, sample or product, equipment interfaces and required level of automation. Explore the three equipment families below.
Automated equipment that brings multiple laboratory or production steps into one controlled process.
We engineer around the actual workflow, sample or product characteristics, existing laboratory equipment, recipe logic, inspection steps and operator access. Mechanical, electrical and control functions are developed together so the automation works as one repeatable system rather than isolated stations.
Equipment and automation for moving, positioning and processing samples or materials between laboratory and production steps.
We design around sample or product characteristics, required orientation, transfer sequence, interfaces to existing equipment and customer-defined process constraints. Handling and process logic are developed together so movement supports the workflow rather than becoming a separate bottleneck.
Equipment and integrated functions for repeatable inspection, functional checks and verification.
Where a Life Science process requires inspection or verification, we can integrate sensors, vision, controlled sequences and equipment-level data interfaces into the equipment architecture. The focus is the physical test or inspection function within the machine and its process interfaces.
Our Life Science experience spans delivered automated equipment and early-stage process and automation concepts.
Existing laboratory equipment was integrated into one automated sequence for filling, drying, inspection, closing and colour coding of probe samples.
DIS/CREADIS mapped the existing manual process and developed a fully automated concept, including a proposed two-robot handling architecture. The project concluded at concept stage; no production machine was built.
From laboratory automation and sample handling to integrated processing and test equipment, our engineers help define and build solutions around the workflow, interfaces and production requirements.
