Analitika Expo is the largest exhibition in Eurasiadedicated to laboratory equipment and chemical reagents in Russia.

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Wednesday - 22 April 10:00—18:00 Thursday &nbsp; &nbsp; &nbsp; - 23 April 10:00—18:00 Friday &nbsp; &nbsp; &nbsp; &nbsp; &nbsp; &nbsp;- 24 April 10:00—16:00

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Pavilion 3, Crocus Expo, Moscow&nbsp;

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<a href="https://expoanalitika.com/visitor-registration">Visitor registration</a>&nbsp;<a href="https://expoanalitika.com/exhibit-enquiry">Become an exhibitor</a>&nbsp;<a href="https://expoanalitika.com/plan-your-travel">Plan your travel</a>&nbsp;<a href="https://expoanalitika.com/post-show-report">Download the post-show report</a>&nbsp;<a href="https://expoanalitika.com/event-brochure">Download event brochure</a>

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Glass and plastic do far more than hold samples; they shape data quality, safety, and throughput. The debate around&nbsp;glass vs plastic labware centres on a practical question: which material best serves your method, people, and budget today. Incidents linked to broken items are common in busy facilities, so many teams are reassessing material choices to cut risk without sacrificing performance.&nbsp;<h2>Weigh Durability and Safety Trade-offs</h2>&nbsp;Safety and resilience sit at the top of the decision list. Glass has long been a staple because it is transparent, easy to clean, and resistant to many reactions. It is also heavy and breakable, leading to contamination and injury in high-traffic areas. A cracked flask can halt work, waste samples, and expose staff to hazardous substances.&nbsp;Plastic reduces most breakage concerns. The lighter weight helps during frequent moves and larger-volume handling, especially in teaching spaces or shared rooms. It will not suit every heat-intensive task, yet it lowers accident likelihood in daily use and keeps people moving confidently around the bench.&nbsp;<h2>Protect Accuracy and Meet Compliance</h2>&nbsp;Material choice directly affects the integrity of results. Glass is often preferred for high-precision work because it resists leaching and tolerates a wide range of solvents and temperatures. That stability matters when trace levels can swing a conclusion.&nbsp;Plastic can interact with reagents or adsorb compounds. Even so, modern low-binding formulations have reduced these effects for routine tasks. Many standards specify material types for defined procedures, so match your selection to the method and document that choice for audits.&nbsp;<h2>Compare Costs Across the Lifecycle</h2>&nbsp;Budgets stretch further when you look beyond purchase price. Glass may cost more upfront, yet with careful handling, it lasts for years and tolerates repeated sterilisation. Even so, every breakage brings replacement cost and potential sample loss, which can outweigh savings elsewhere.&nbsp;Reusable plastic is cheaper per unit and, with the proper care, can remain serviceable for decades. It demands less caution during everyday tasks, reducing delays and waste. Disposal adds an environmental consideration, but for high-throughput settings, the mix of durability, availability, and easy replacement often makes plastic attractive.&nbsp;<h2>Support Sustainability With Practical Choices</h2>&nbsp;Sustainability goals are now part of facility planning. Reused glass generates little waste and can be recycled, though production and recycling are energy-intensive. Plastic raises concerns about waste volume, particularly in single-use formats. That said, tougher, longer-lived items and emerging recyclable options are changing how labs manage plastic footprints. A balanced approach that reuses suitable glass and applies durable plastics where safe and efficient can move the needle without disrupting work.&nbsp;<h2>Match Material to the Task</h2>&nbsp;A short guide helps apply the principles to real tasks: &nbsp;<ul><li>Analytical chemistry: Glass is often preferred for solvent-heavy or high-heat steps where chemical stability is non-negotiable. &nbsp;</li><li>Molecular biology: Plastic dominates for PCR tubes, pipette tips, and microplates, where single-use items reduce contamination risk. &nbsp;</li><li>Industrial quality control: Many teams run a hybrid set-up, using glass for sensitive assays and plastic for routine, high-volume checks. &nbsp;</li></ul>Consider method requirements, sample volumes, handling risks, and audit expectations before you choose. &nbsp;<h2>Decide With a Balanced, Written Framework</h2>&nbsp;Bring consistency to purchases and refits with a simple framework: safety, compliance, accuracy, cost, sustainability, and application. No single material wins every time. Many laboratories adopt a mixed policy, reserving glass for critical points and plastic for day-to-day workflows. Write the rules down, tie them to SOPs, and revisit them after incidents or process changes.&nbsp;<h2>See Labware Advances First-hand at Analitika Expo</h2>&nbsp;Digital catalogues only go so far. Exhibiting at a&nbsp;<a href="https://expoanalitika.com/why-exhibit/">Laboratory Equipment Exhibition</a> like Analitika Expo gives you the platform to present your labware directly to procurement teams and decision-makers. Buyers come to evaluate glass and plastic solutions side by side, ask technical questions, and validate options through real-world use cases. It’s where serious conversations happen and where sales pipelines begin.&nbsp;Submit your&nbsp;<a href="https://expoanalitika.com/exhibit-enquiry/">enquiry to exhibit at Analitika</a> today and secure your place among the region’s leading laboratory suppliers.

Glass vs. Plastic Labware: Which is Right for Your Research?