Laboratory Setup Consulting

Decisions made while setting up a laboratory shape its running costs, result quality and accreditation path for years. We help you plan it right — from feasibility to the first reported result.

The most expensive laboratory setup mistakes

  • Buying instruments before the test scope is fixed
  • A layout that ignores sample flow and contamination risk
  • Undersized ventilation, fume hoods or electrical capacity that force later refits
  • Thinking about accreditation only after the laboratory is built

What laboratory setup consulting covers

Feasibility and investment planning

Target scope, market need, instrument and infrastructure investment, staffing and phased setup scenarios.

Laboratory design and layout

Sample receipt, preparation, wet chemistry, instrumental analysis, microbiology, chemical storage and waste areas arranged around the workflow.

Infrastructure and environmental conditions

Ventilation and fume hoods, power and UPS, gas lines, purified water (ISO 3696 grades), temperature and humidity control (ISO/IEC 17025 clause 6.3).

Equipment selection

Specifications driven by the method's required limits and range, sample throughput, service and spare-part availability and calibration needs.

Environmental laboratory setup

Environmental laboratories also need field equipment, sample transport arrangements and on-site measurement systems such as stack emission and ambient air monitoring equipment. We check the intended parameters against Turkish competency requirements at the design stage. More on environmental laboratory consulting.

How we work

  1. Needs and scope analysis. Which tests, at what volume, for which clients.
  2. Feasibility report. Investment items, alternative scenarios and risks.
  3. Layout and infrastructure requirements. Written laboratory requirements for your architects and MEP engineers.
  4. Equipment specifications and bid evaluation. Independent technical comparison tables.
  5. Commissioning. Instrument qualification checks, initial calibrations and a method verification plan.
  6. Management system. An ISO/IEC 17025 system and, where useful, LIMS selection so the laboratory starts accreditation-ready.

Deliverables

  • Feasibility and investment report
  • Space and infrastructure requirements document, including a layout proposal
  • Instrument and equipment specifications with bid comparison tables
  • Calibration and intermediate check plan
  • Commissioning and accreditation roadmap

Prepared by the Molar Çevre technical team · Last reviewed:

FAQ

Frequently asked questions

What drives the cost of setting up a laboratory?

Mainly the intended test scope, the type and number of instruments, the condition of the building (ventilation, power, gases, water), areas that must be segregated such as microbiology, staffing and whether you target accreditation from day one. The feasibility study breaks these down for your scope.

Do you sell instruments?

No. We are not tied to any brand or supplier. We write technical specifications based on method requirements and help you evaluate offers independently.

Can an existing building be converted into a laboratory?

Often, yes. We assess ventilation and fume hood exhaust, floor and bench loads, electrical capacity and waste handling on site, and report what needs to change.

When should accreditation be considered?

From the start. Designing layout, environmental controls, equipment and records with ISO/IEC 17025 in mind avoids costly changes later.

Let's map out the roadmap for your laboratory

Book a free initial consultation: we'll review where you are today and prepare a tailored work plan and proposal.

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