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For principal investigators and QC lab managers, manual glassware washing is a massive liability. It consumes excessive amounts of pure water, leads to costly glassware breakage, and worst of all, leaves behind trace contaminants that can ruin highly sensitive analytical results.
The STIER L3000D is engineered to solve these exact operational bottlenecks. Below, we answer the most critical questions about upgrading your facility with this advanced high-capacity laboratory glassware washer.


In modern laboratories utilizing LC, GC, and LCMSMS, even microscopic pollutant precipitation can cause severe baseline noise and false positives. Manual washing simply cannot guarantee consistent, validation-ready cleanliness.
The L3000D acts as a dedicated trace-level glassware cleaning machine, ensuring exceptional cleaning results suitable for trace or ultra-trace requirements. It utilizes a 5D non-destructive intelligent cleaning process that optimizes power, temperature, drying, and water quality. Crucially, the system features a new generation back water supply structure that shortens the fluid path, delivering significantly stronger cleaning power directly to the glassware.
Bottlenecks at the sink slow down entire research teams. A modern lab requires a system that can process massive volumes of diverse glassware simultaneously.
The L3000D boasts an impressive 3-layer internal structure, accommodating a massive payload in a single cycle. With an inner chamber size of W542 × D524 × H1054 mm, it can simultaneously clean:
196 pipettes
192 volumetric flasks
528 auto sample vials
Because different experiments require different tools, the L3000D offers a wide selection of customizable basket racks. Each rack can be independently adjusted in height, allowing you to wash tall volumetric flasks on the bottom while processing delicate auto sample vials on the top. This makes it the perfect glassware washer for LCMSMS applications.
Procurement teams are constantly pressured to reduce operating costs (OPEX) and avoid expensive facility upgrades (like installing new HVAC exhaust vents).
The L3000D is designed with built-in efficiency:
No Exhaust Vents Required: It features a patented built-in steam condenser, which avoids the venting of toxic vapors into the room. You do not need to connect it to your building's ventilation system.
Water Conservation: An intelligent built-in water softener softens standard tap water for the initial cleaning phases, drastically saving your expensive pure water usage.
Maintenance-Free Pumps: It utilizes 2 liquid detergent distribution pumps designed as peristaltic pumps with acid and alkali-resistant neoprene tubes. This avoids crystallization inside the machine, requiring zero replacements.
Wet glassware breeds bacteria and delays experimental workflows.
The L3000D operates as a premium laboratory washer with hot air drying, featuring a powerful 3.2 kW drying system. It utilizes a semiconductor-guided drying system with hot air to ensure zero pollutant precipitation during the drying phase. Despite this immense 11 kW rated power, the machine operates quietly at ≤70 dBA, ensuring a peaceful working environment for your researchers.
With 20 fixed programs and 9 customizable programs, the STIER L3000D operates stably for long periods, eliminating the trouble of frequent maintenance.
If you are ready to reduce operating costs and protect the integrity of your analytical data, it is time to buy automatic laboratory glassware washer technology that delivers proven results. Contact our technical sales team today for custom rack configurations and exclusive B2B pricing.
This article is sourced from STIER