How to Choose the Right Laboratory Equipment for Your Facility

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A Practical Guide to Laboratory Equipment Selection, Installation, and Maintenance


Setting up a laboratory involves more than purchasing a list of instruments. Each piece of equipment must fit the testing method, available workspace, utilities, safety requirements, and maintenance capabilities of the facility. A machine that meets the technical specification on paper may still create difficulties if it cannot be installed properly, accessed for servicing, or integrated into the laboratory's daily workflow.


Laboratories considering new instruments can begin their research with the laboratory equipment category available on JSK Engitech's website. A practical implementation plan should then address the full equipment lifecycle, from defining requirements and reviewing technical documents to installation, operator training, routine checks, and eventual replacement.


Phase One: Define Requirements Before Ordering


Before contacting suppliers, prepare a written equipment specification. Describe the intended application, sample types, expected workload, required operating range, and the results the instrument must help produce. Include relevant testing standards, quality requirements, and any special conditions associated with the materials being handled.


This document provides a consistent basis for comparing supplier proposals. It also reduces the risk of overlooking an important requirement during discussions about features, accessories, and delivery arrangements.


Consult the People Who Will Use the Equipment


Laboratory managers, operators, quality personnel, maintenance staff, and safety representatives may have different but complementary requirements. Operators can identify workflow problems, while maintenance staff can assess service access and component replacement. Quality personnel can clarify documentation and measurement requirements.


Involving relevant personnel before purchase can help identify practical concerns that might otherwise become apparent only after installation. It also encourages agreement about who will be responsible for operating, maintaining, and monitoring the equipment.


Phase Two: Evaluate the Supplier's Technical Proposal


A supplier proposal should identify the equipment configuration and the specifications relevant to the intended application. Review the operating range, capacity, materials of construction, control functions, required utilities, and any included accessories. Confirm the basis of performance claims and ask for clarification when an essential specification is unclear.


For specialised laboratory equipment, the proposed model should be assessed against the actual procedure. A general product description may not provide enough information to establish whether the instrument meets a particular testing requirement.



The JSK Engitech laboratory equipment category can help identify relevant equipment options during the research stage. The final assessment should rely on the detailed documentation for the selected product and any clarifications provided by the supplier.


Phase Three: Prepare the Installation Area


Installation planning should begin before the equipment arrives. Confirm the dimensions of the machine and its access route into the laboratory. Check whether doorways, lifts, benches, and floor space can accommodate the equipment safely. Also establish the required clearance for operation, inspection, ventilation, and maintenance.


Utility requirements should be reviewed against the actual laboratory infrastructure. Depending on the instrument, these may include electrical supply, ventilation, water, drainage, compressed air, or other services. Any required modifications should be completed before installation rather than improvised during commissioning.


Environmental and Safety Considerations


Some instruments require specified ambient temperature or humidity conditions, stable surfaces, or protection from vibration and dust. Equipment that uses heat, pressure, chemicals, or other hazardous processes may require additional protective arrangements.


Review the manufacturer's instructions and the facility's risk assessment before determining the final location. The installation area should provide safe access to controls, emergency stops where applicable, and the components that require routine inspection.


Phase Four: Commissioning and Initial Verification


After installation, the equipment should be checked to establish that it has been set up correctly and can perform its intended functions. The commissioning process depends on the equipment type and may involve inspection, functional checks, verification of utilities, instrument checks, and review of operating settings.


For laboratories working under formal quality systems, additional qualification or documented acceptance procedures may be required. These activities should follow the applicable quality requirements and the intended use of the equipment.


Establish Baseline Performance Information


Document the equipment identification, installation details, relevant instrument settings, and results of initial checks. Baseline information can help technicians investigate future changes in performance and determine whether the equipment continues to operate within the required limits.


If any commissioning check fails, the issue should be resolved before the equipment is released for routine use. Records should show the problem, corrective action, and the evidence used to establish that the equipment is ready.


Phase Five: Train Operators and Standardise Procedures


Equipment training should cover more than the basic steps needed to switch on the instrument. Operators should understand the intended application, operating limits, required sample preparation, safety precautions, routine checks, and response to abnormal conditions.


A standard operating procedure should provide clear instructions for normal use. Where appropriate, it should also describe cleaning, shutdown, documentation, and escalation procedures when the equipment produces an unexpected result or an alarm occurs.


Building a Preventive Maintenance Schedule


Maintenance helps keep equipment in suitable working condition and can reduce the risk of avoidable interruptions. The schedule should be based on the manufacturer's recommendations, the intensity of use, the laboratory environment, and the importance of the instrument's performance.



Not every instrument requires the same maintenance activities. Avoid applying a generic schedule without considering the manufacturer's instructions and the equipment's intended use.


Managing Calibration and Equipment Records


Calibration and verification requirements should be defined according to the measurements performed and the laboratory's quality system. Equipment records should identify the instrument, relevant checks, maintenance history, calibration status where applicable, and any limitations that affect its use.


If an instrument fails a required check, the laboratory should evaluate whether results produced since the last acceptable verification may have been affected. Appropriate actions may include removing the equipment from service, repeating checks, assessing previous data, and documenting the resolution.


Plan for Repairs and Unexpected Downtime


Even well-maintained equipment can experience faults. A laboratory should establish a process for reporting problems, identifying who is authorised to investigate them, and deciding when external technical support is required.


For critical instruments, consider whether alternative equipment or an external testing arrangement is available. The feasibility of backup arrangements depends on the test method, workload, and consequences of interrupted testing. Maintaining essential replacement parts may also be appropriate where the manufacturer recommends them and storage conditions are suitable.


Review Performance as Laboratory Needs Change


Equipment requirements may change when sample volumes increase, testing methods are revised, or new products are introduced. Periodically review whether the installed equipment remains suitable for the workload and operating conditions. Consider maintenance history, recurring faults, measurement performance, and the availability of support.


If the intended use changes substantially, reassess the equipment's suitability before applying it to the new task. A machine that performed well for one sample type may not meet the requirements of a different application without additional evaluation.


Conclusion


Effective laboratory equipment implementation requires planning before purchase, careful installation, documented commissioning, operator training, and ongoing maintenance. These activities help establish whether the instrument is suitable for its intended use and support reliable performance throughout its service Laboratory Equipments life.

Use the JSK Engitech laboratory equipment category as an initial resource when researching options, then verify technical specifications and service arrangements for the selected model. A structured equipment lifecycle plan helps laboratories manage resources, minimise avoidable interruptions, and maintain confidence Laboratory Equipments in their testing procedures.

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