Loading product details
Preparing specifications, features and applications…
The DZF-6092 Vacuum Oven provides 90L of medium-capacity vacuum drying for research and industrial laboratories requiring significantly more chamber volume than mid-size models — accommodating larger sample batches, taller specimen assemblies, and complex multi-sample configurations within the 450 × 450 × 450 mm uniform cubic interior. With 870W heating, ±1°C PID stability, 133 Pa vacuum, 304 stainless steel smooth-finish chamber, double-layer observation window, and silicon gasket sealing — the DZF-6092 serves pharmaceutical and biotech labs, material testing, and heat-sensitive sample processing applications requiring the 90L format.


AvailableThe DZF-6092 Vacuum Oven delivers 90L medium-capacity precision vacuum drying with a 304 stainless steel smooth-finish chamber, PID controller with precise operation, double-layer glass observation window, silicon gasket sealing, and 133 Pa vacuum — supporting research and industrial laboratory chemical, pharmaceutical, biotech, and material testing heat-sensitive sample drying up to 200°C.
The DZF-6092's uniform cubic 450 × 450 × 450 mm interior provides maximum loading versatility — equal dimensions in width, depth, and height enable accommodation of tall sample assemblies, large evaporating basins, custom sample trays, and oversized material test specimens that cannot fit within the rectangular interiors of smaller DZF models. The uniform cubic geometry also provides consistent shelf-to-shelf temperature uniformity without the directional thermal gradients that can develop in non-square chamber profiles.
The DZF-6092's 304 stainless steel chamber with smooth interior finish provides corrosion resistance and easy cleaning across the larger 90L volume — enabling thorough between-sample cleaning after diverse pharmaceutical, chemical, and material testing vacuum drying procedures. The smooth surface (as distinct from the mirror-polished DZF-6032) provides practical hygiene performance for the broader range of sample types typical in medium-capacity research and industrial laboratory vacuum drying contexts.
The DZF-6092's PID controller maintains ±1°C temperature stability throughout the operating range — providing the precision required for reproducible pharmaceutical moisture content determination, material testing drying protocols, and research chemical sample preparation across the 90L chamber volume. The timing function enables automated cycle management for defined-duration drying protocols without continuous operator supervision.
The DZF-6092's silicon gasket sealing system maintains 133 Pa vacuum across the larger door perimeter of the 90L format — ensuring consistent low-pressure drying conditions throughout extended medium-capacity vacuum drying cycles. The reliable vacuum retention is particularly important for the larger pharmaceutical, biotech, and material testing sample loads typical in medium-capacity research and industrial laboratory workflows.
The DZF-6092's double-layer tempered glass observation window provides thermal insulation and visual access to the full 90L interior — enabling monitoring of drying progress across both shelf levels without breaking vacuum. The larger observation window area proportional to the bigger 450 × 450 mm chamber cross-section provides good visibility across the wider sample loading area of the medium-capacity format.
The DZF-6092 incorporates over-temperature alarm, safe vacuum operation design, and stable heating control for reliable research and industrial laboratory medium-capacity vacuum drying.
Activates when temperature exceeds the safety threshold — protecting the larger simultaneous sample load of the 90L medium-capacity format from thermal damage during unattended research and industrial laboratory drying operations.
Silicon gasket sealing maintains stable 133 Pa vacuum throughout medium-capacity drying cycles — preventing sudden pressure events that could disturb larger sample loads and expose oxygen-sensitive materials to atmospheric air during ongoing drying protocols.
PID modulation of the 870W heating system prevents temperature overshoots that could damage thermosensitive pharmaceutical, biotech, and material testing samples across the 90L chamber during extended unattended drying cycles.
Explore alternative models and related solutions from other categories