Laboratory benchtop real estate is a premium resource. Managing multiple dedicated instruments often leads to cluttered workspaces, restricted workflows, and inefficient layout management.
For facilities requiring both biological sample incubation and thermal drying, maintaining separate units compounds this footprint challenge.
The B0V-D series dual-purpose drying oven and incubator resolves this constraint by consolidating two distinct thermal operations into a single physical footprint.
Modern research, clinical, and quality control laboratories frequently run sequential or parallel processes that demand contrasting temperature profiles.
Deploying separate standalone units for these tasks doubles the required benchtop width, restricts sample preparation areas, and increases total laboratory power distribution needs.
The B0V-D series eliminates the need for separate appliances by offering dual-mode thermal processing.
Technicians switch between operational modes via a unified microcomputer control interface, enabling a single unit to serve two primary laboratory roles.
By integrating these processes, laboratories reclaim up to 50% of the benchtop space typically allocated to thermal processing hardware.
The table below outlines the physical footprints, volumes, and power parameters across the B0V-D series to assist in selecting the correct size for your benchtop requirements.
| Model Variant | Chamber Capacity (Liters) | Temperature Range (Incubator / Oven) | Internal Dimensions (W × D × H mm) | Power Consumption (W) |
|---|---|---|---|---|
| B0V-D35 | 35 L | RT +5–60°C / 80–250°C | 350 × 320 × 300 | 500 W |
| B0V-D60 | 60 L | RT +5–60°C / 80–250°C | 420 × 350 × 400 | 700 W |
| B0V-D70 | 70 L | RT +5–60°C / 80–250°C | 450 × 400 × 400 | 1000 W |
| B0V-D140 | 140 L | RT +5–60°C / 80–250°C | 550 × 450 × 550 | 1500 W |
| B0V-D240 | 240 L | RT +5–60°C / 80–250°C | 650 × 550 × 750 | 2000 W |
Investing in a consolidated B0V-D system provides immediate practical advantages beyond basic physical space savings.
Purchasing a single dual-use unit reduces equipment procurement costs compared to buying separate dedicated incubators and convection ovens.
Laboratory technicians need only validate, calibrate, and service a single microcomputer controller and heating assembly, reducing operational downtime.
The compact external housing allows easier layout reconfigurations when introducing new analytical instrumentation or scaling up testing workflows.
Optimizing laboratory workspace requires smart equipment selection. The B0V-D series provides a practical, space-saving solution by combining an incubator and a drying oven into one unit.
This consolidation reclaims valuable benchtop space, lowers equipment procurement costs, and maintains high-precision thermal performance for both biological and material testing workflows.
No, the unit operates in one mode at a time. It cannot incubate biological samples and dry glassware simultaneously because these processes require completely different temperature ranges.
Switching the electronic controller mode is instant. However, you must allow the internal chamber time to heat up or cool down to your target temperature before loading your next batch of samples.
No. The built-in forced air convection fan ensures stable, uniform heat distribution across all shelves, maintaining high precision in both low-temperature incubation and high-temperature drying modes.
It is ideal for labs conducting routine cell culture, bacterial incubation, sample baking, glassware drying, and material moisture testing where benchtop space is limited.
Since 1992, Applied Physics Corporation has been a leading global provider of precision contamination control and metrology standards. We specialize in airflow visualization, particle size standards, and cleanroom decontamination solutions for critical environments.
