Powerful Lab Management System for more Automation. Performance. Quality. Results. Time. Control. Insights. Connectivity.
Powerful Lab Management System for more
Automation.
Performance.
Quality.
Results.
Time.
Control.
Insights.
Connectivity.
Boost your Laboratory Processes, improve Teamwork, automate Workflows, and achieve your Goals faster with 1LIMS.
Increase throughput by 25% and cut analysis costs by 50%.
1LIMS is the trusted Lab management solution of manufacturing industries and service labs to streamline quality operations and boost the performance of their teams.
The entire Lab, Data, and Team in one place.
Simplify your Lab management with 1LIMS, the all-in-1 solution that combines Order Management, Sample Tracking, and Analysis Data with Master Data Management, Reporting, Advanced Analytics, and the Automation of a user-friendly Platform.
Centralize your data securely in the cloud, streamline your lab workflows, prevent data loss, and speed up your lab processes.
Sample Management with Analytics - 360° control and fully traceable.
Easily manage samples from start to finish. Ensure compliance, streamline workflows, and realize the full potential of your lab data. Stay on top of things and easily track samples throughout the cycle. Simplify your sample management for maximum efficiency.
Analyses - Data and results in real-time.
All analyses are centralized in one place. View status, results, and validation in real-time and provide instant reports. Approval of analyses has never been easier.
Advanced Analytics - Get the most out of your data.
Unlock valuable insights out of your lab data, identify trends, improve workflows, and upgrade the quality of your results. Make better decisions and boost your lab’s performance.
Your single source of truth for laboratory data and quality.
The proven 1LIMS approach is perfectly tailored to your needs.
Experience a smooth and efficient implementation of 1LIMS, tailored to your specific needs within just 3 to 6 months.
Explore a comprehensive overview of our exclusive onboarding process:
Step 1: Analyze
We use Lean Six Sigma tools to carry out a deep screening. In this stage, we create a process map, conduct quality walks and specify value-adding key performance indicators using value-stream-mapping [VSM]. Our focus is on the digitalization of recurring and value-adding laboratory processes. The results include detailed requirements and the definition of the implementation phases. We create a step-by-step action plan for the implementation.
Step 2: Optimize
We implement targeted Lean Six Sigma action based on the results of the Analyze workshop. We turn practical quick wins into reality, conduct team workshops for laboratory best-practice, analyze lab key figures in detail, and streamline and standardize the lab operations. We also consolidate, and structurize lab data and provide lab training.
Step 3: Digitalize and Automize
We transform your laboratory into a digital, modern, and efficient working environment. In the process, we implement 1LIMS Platform based on the specific requirements, integrate and manage your lab data, and automize workflows for smooth collaboration. We provide training and support to ensure your team can use the new digital tools effectively.
Step 4: Care and Support
We provide long-term care and support for your laboratory. This includes maintenance and technical support, training and education, optimization and development, technology innovation, and customer feedback and collaboration.
About us
1LIMS streamlines lab workflows to make them more efficient and secure. We provide the best IT tools, equipment, and personnel to help you achieve your goals.
Our priorities are data management, process automation, and team collaboration. Our advanced technologies and personalized solutions make laboratory work easier, safer, and more productive worldwide. We focus on innovation, reliability, and customer satisfaction to ensure your happiness with our services.
Why 1LIMS?
The comprehensive laboratory services, analysis, and consulting offered by 1LIMS are second to none. With the aid of our cutting-edge information management system, we strive to provide tailored solutions that optimize data management, automate processes, and facilitate seamless collaboration. Our intuitive dashboards and analytical tools empower lab technicians and managers to make informed decisions with ease and confidence, in real-time.
Tailor-made for your industry
With 1LIMS, you get a platform that adapts to the specific needs of your industry.
Laboratory challenges: In the food and beverage industry, laboratories ensure food safety, quality, and regulatory compliance. The challenges include complex test procedures, fast test cycles, traceability and managing large amounts of data.
Laboratory digitalization requirements: Efficient data management, sample management and testing process automation, and real-time data analysis are critical. Integration with other systems like ERP is crucial for end-to-end traceability.
A LIMS (Laboratory Information and Management System) enables workflow automation, improves data integrity, speeds up testing procedures and supports regulatory compliance. It also facilitates product traceability and improves decision-making through detailed analytics.
Trends and lessons learned: The trend is towards cloud-based LIMS solutions that offer flexibility and scalability. Implementing LIMS in the food and beverage industry has shown that it increases efficiency, reduces errors, and improves product safety.
Challenges in the laboratory: Materials testing laboratories are tasked with testing various materials under different conditions. Precision, test reproducibility and test data management are critical.
Requirements for laboratory digitalization: A powerful LIMS should offer the ability to manage complex test requirements, data integration and analysis, and adapt to specific test standards.
Added value and benefits of using a LIMS: A LIMS in materials testing optimizes sample management, increases data quality, and enables fast and accurate reporting. It supports compliance with industry standards and improves overall laboratory performance.
Trends and experience: Integrating advanced analytics and artificial intelligence in LIMS systems is becoming increasingly important. Experience shows that using a LIMS leads to faster test cycles and more efficient use of resources.
Laboratory challenges: Plastic and recycling industry laboratories must test materials’ quality, composition, and compatibility. The challenges include managing a variety of samples and ensuring environmental compatibility.
Requirements for laboratory digitization: Systems that enable flexible data management, support diverse test methods, and integrate into the supply chain are essential here.
Added value and benefits of using a LIMS: A LIMS supports the standardization of test procedures, improves data management, and helps to comply with environmental regulations. It enables efficient resource planning and enhanced quality assurance.
Trends and experience: The trend is towards LIMS systems that support sustainability and recycling. Users report improved test cycles and more efficient data analysis.
Laboratory challenges: Laboratories in the oil and gas industry must comply with strict quality and safety standards and analyze samples under extreme conditions.
Laboratory digitization requirements: A LIMS must be robust, reliable, and capable of handling complex samples and data sets. Integration with field devices and real-time data transfer are also important.
Added value and benefits of using a LIMS: LIMS systems enable better sample tracking, improve data integrity, and assist with regulatory compliance. They facilitate reporting and enhance efficiency in the laboratory.
Trends and experiences: Cloud solutions and mobile access are becoming increasingly popular. Users report improved decision-making and process efficiency using LIMS.
Challenges in the laboratory: Forensic laboratories must analyze evidence quickly and accurately. The integrity of samples and data is of the utmost importance.
Requirements for laboratory digitization: LIMS systems that guarantee complete documentation and traceability are essential here. They should also be adaptable to various test methods and legal requirements.
Added value and benefits of using a LIMS: A LIMS in a forensic laboratory ensures structured and efficient sample management, guarantees data integrity, and facilitates reporting.
Trends and experience: Using LIMS in forensic laboratories has led to a significant increase in efficiency and reduced errors. Trends point to the integration of advanced analytical methods.
Challenges in the laboratory: Environmental laboratories must analyze many samples to comply with environmental regulations. The management and analysis of ecological data are complex and time critical.
Requirements for laboratory digitization: A LIMS should offer efficient data management, flexible testing methods and the ability to integrate with other environmental systems.
Added value and benefits of using a LIMS: LIMS systems in environmental laboratories improve sample management, increase data quality and support compliance with environmental regulations. They enable faster and more precise data analysis.
Trends and lessons learned: Environmental laboratories benefit from implementing LIMS by automating workflows and improving data integrity. There is a trend towards the use of big data and predictive analytics.
Laboratory challenges: Laboratories in the cosmetics industry must ensure the safety and efficacy of products. This includes regulatory compliance, formulation data management and stability testing.
Laboratory digitization requirements: A LIMS in the cosmetics industry should be adaptable to specific testing requirements and enable efficient management of formulation data.
Added value and benefits of using a LIMS: LIMS systems support compliance with regulations, improve quality assurance and accelerate product development. They enable efficient data management and analysis.
Trends and experience: The trend is towards LIMS systems that support formulation and stability testing. Users report accelerated product development and improved compliance.
Laboratories in the mining and metals sector are tasked with accurately analyzing mineral compositions and metal contents. Challenges include processing many samples, complying with mining regulations and ensuring data integrity.
A LIMS in this field must be robust and scalable to handle the high throughput requirements. It should support sample management, automation of test sequences and integration with specialized analytical instruments.
Implementing a LIMS can increase process efficiency, improve analyses’ accuracy, and enable better resource planning. It supports compliance with mining standards and helps to enhance safety and environmental performance.
Companies in the mining and metals industry report improved analytical capabilities and more efficient workflows after implementing a LIMS. Current trends include integrating real-time data monitoring and using predictive analytics to optimize mining and processing.
The right solution for the requirements of your Laboratory.
Take the first step towards successful Lab automation today and get the full experience of seamless efficiency.
Maximise productivity, minimize errors, and improve quality with our advanced solutions and comprehensive support. Experience the future of Laboratory management today.
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75%
error minimisation through standardized data management.
50%
effort saving, through digital and automated processes.
25%
higher throughput with the same workforce.
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