Laboratories are continuously pressed to work faster, provide correct answers, and do a lot with small personnel and budgets. In research, quality control, or industrial testing, the use of highly skilled professionals to do repetitive and manual work that wastes precious time is frequently used by the team. These processes can be so routine, yet they gradually suck the productivity out and predispose human error.
Automated laboratory software is one such solution that allows the process to be streamlined with fewer bottlenecks and enables the scientists to focus attention on more valuable tasks. The value of the lab automation software ROI can be considerably higher than anticipated when computed correctly.
What Lab Automation Software Actually Automates
It is a widespread misbelief that automation of the lab is only relevant to robotic arms or sophisticated machinery. The modern automation is often based on software in reality.
The tasks that can be performed by lab automation software include:
- Organizing and monitoring experiments.
- Labeling and registration of the sample.
- In the combination and information acquisition.
- Routing and approvals of workflow.
- Automation of reporting and documentation.
- Tracking compliance and trail audit.
Laboratory automation benefits bridge the gap between instruments, users, and data systems, thereby removing manual entry, the use of spreadsheets, and paper logs.
The True Cost of Manual Lab Operations
Manual processes cannot be costly as it utilizes current employees. Scientists spend up to 10 hours per week manually processing data.
What about the amount of time scientists spend on non-scientific activities:
- Entering data a second time into data instruments.
- Raising hue and cry in search of lost samples.
- Creating reports manually
- Addressing mistakes made during the transcription.
- Waiting upon approvals or transfers.
One mislabeled sample or even an omitted step may result in rework, not meeting on time, or compliance risk. These indirect costs are hardly visible on a budget sheet and have a great impact on productivity and credibility.
Where Automation Delivers the Biggest Gains
Repetitive and high-frequency tasks are the most common activities that are eliminated to provide the greatest returns. Laboratory automation benefits are bright in those situations when it is possible to predict processes and make them standard.
High-impact areas that are common include:
- Sample testing and tracking of the barcodes.
- Planning and usage of instruments.
- Data normalization and data collection.
- Documentation on quality control.
- Regulatory reporting
Efficiencies can be further improved through hardware and software ecosystems of reliable lab-technology vendors, such as IKA, as well as by using instruments and digital workflows that are compatible with each other and, hence, do not require downtimes and manual calculations.
Translating Time Savings into Financial ROI
The saving time will only be important when it is associated with quantifiable financial results. The point is to translate the working hours into cost savings or high production.
Start by calculating:
- Time that can be saved/week per employee.
- Hourly labor cost
- Employee count of persons affected.
When automated laboratory processes can offer a shorter turnaround time, labs will have the capacity to run more samples or finish projects in less time, or just plain raise income directly, or research milestones in a short time.
Understanding Implementation Costs Beyond the Software License
Most organizations have seen the low budgets of automation as a concern of the license fee. Factors such as real implementation costs have a number of components.
These may include:
- Licensing and software subscriptions.
- Integration of systems with the current tools.
- Staff training
- Data migration
- Validation and compliance test.
- Continued support and maintenance.
Short-term workflow lows may also occur as teams acclimatize to the new workflow. These transitional costs have to be planned out to make the calculation of ROI more precise.
Building a Realistic ROI Model for Lab Automation
A realistic lab automation software ROI model creates a balance between the two ends of the equation- costs and savings in the long run.
Start with:
- Total implementation cost
- Annual labor savings
- Error reduction savings
- New increase in throughput or revenue.
Project over three to five years, then. The majority of labs realize that the payback is in 12 months to 24 months. Qualitative benefits should also be taken into account and include:
- Better employee contentment.
- Reduced burnout
- Better compliance
- Stronger data integrity
- Easier scalability
These benefits are more difficult to estimate, yet they make performance and strength strong in the long term.
Conclusion
The ROI of the lab automation that can be hidden is in the number of hours that are saved per day. With both implementation costs and quantifiable increase in efficiency being adequately taken into consideration, laboratories will be in a position to make sound decisions that enhance both their performance and profitability. Having the appropriate equipment and a realistic example, automation can become as much of an overhead as a competitive edge most time.
