Production

Lab automation speeds up quality control by starting sample preparation the instant a sample is loaded rather than waiting for an analyst to become available, and by running the same optimized method the same way on every sample. First results are available within around 20 minutes of a sample being entered, compared with roughly 4 hours for a manually prepared and analyzed sample.

The robot serves both the laboratory and production at once: the same unattended run that satisfies routine QC also gives the production floor a current result, so the two no longer compete for analyst time.

Production teams typically receive first results within around 20 minutes of entering a sample into an Alsys lab robot, compared with roughly 4 hours for the same analysis prepared and run manually. The gap comes from starting immediately on loading and from running the method to fixed timings rather than around analyst availability.

Because results are delivered automatically to production rather than reported back through the laboratory, the time from sample to decision is close to the time from sample to result.

Yes, production operators can enter a sample into an Alsys lab robot at any time of day, without needing a laboratory analyst present. The robot can be loaded with any sample at any moment, so sample submission is no longer tied to laboratory hours or shift coverage.

This is what allows quality control to track production rather than lag behind it: a sample taken during a night shift or a weekend run is analyzed as soon as it is entered, not held until an analyst is next available.

Anytime sample entry means a production operator can load a sample into the robot at any moment, day or night, without an analyst being present or the laboratory being staffed. The robot accepts and begins processing the sample immediately, rather than queuing it for the next available shift.

This removes the dependency that normally ties quality control to laboratory hours: production runs continuously, and with anytime sample entry, QC coverage does too.

An Alsys lab robot verifies its own accuracy by periodically measuring a validated, gauged reference sample and checking the result for deviation, on a fixed schedule rather than only when an analyst chooses to run a check. Any drift is identified against a known value, not inferred from customer sample results.

Because preparation and analysis run identically for every sample, a deviation detected on the reference sample points to the system itself, which makes troubleshooting faster than tracing inconsistency back through manually varied customer results.

An Alsys lab robot runs a self-check every 8 hours, measuring a validated, gauged sample and checking the result for deviation, so accuracy is verified roughly three times a day without requiring a laboratory analyst to initiate it.

That cadence means every operating shift includes its own verification, so a customer result reported at any point in the day sits close to a recent, confirmed accuracy check rather than one taken hours or a full day earlier.

Faster QC data reduces waste because a deviation is caught while the batch producing it is still running, rather than roughly 4 hours later when a manual result finally arrives — by which point a significant quantity of off-spec material may already have been made. With first results in around 20 minutes, corrections happen within the same production run.

The effect compounds with anytime sample entry and 24/7 unattended operation: production is checked continuously rather than at scheduled intervals, so the window in which an undetected deviation can run is much shorter.

Automated QC delivers savings on two fronts: laboratory efficiency, since preparation runs unattended and self-verifies every 8 hours without added analyst time, and production efficiency, since results in around 20 minutes instead of roughly 4 hours let raw material and energy use be corrected while a batch is still running rather than after it has been made.

Alsys deliberately frames these savings around the production side rather than laboratory labour alone: faster, more consistent data feeding directly into how material and energy are used in the factory is where the larger and more durable value sits.

Sending a sample to a central laboratory adds transport time, batching delay and queueing before an analyst is available, typically pushing total turnaround toward several hours. An Alsys lab robot sited with production returns first results in around 20 minutes, because the sample is prepared and analyzed on the spot the moment it is entered.

The comparison sharpens further with anytime sample entry: a central laboratory operates on its own hours, while a robot on the production floor accepts a sample at any time, including nights and weekends when a central lab would simply not be staffed.

Yes, production operators can load samples into an Alsys lab robot themselves, without laboratory training, since the robot carries out the full preparation and analysis sequence unattended once a sample is entered. The robot works for both production and the laboratory at once, rather than requiring a specialist at the point of sample entry.

This is a deliberate design choice: because the system self-checks its own accuracy every 8 hours, operators do not need laboratory expertise to trust the result they receive, only the ability to load a sample correctly.

Automated QC results are integrated directly with LIMS for optimal data exchange, with results transferred automatically once analysis completes rather than reported manually. The system supports more than 20 communication protocols, allowing flexible integration with SAP, ERP and other production systems already in use at a site.

Because integration removes manual re-entry, production teams see a result as soon as it exists rather than after someone has typed it into the relevant system, which is what allows a roughly 20-minute analysis to translate into a roughly 20-minute decision.

Lab automation supports 24/7 production monitoring by combining continuous unattended operation with anytime sample entry, so a sample taken at any point in a production run — day, night, weekend — is analyzed as soon as it is loaded, with results reaching production systems automatically. Built-in self-checks every 8 hours confirm accuracy throughout, without laboratory supervision.

Because production itself typically runs around the clock while a manual laboratory does not, this is where automated QC most directly closes a gap: monitoring coverage matches production coverage, rather than falling back to periodic manual checks between shifts.