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  • BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
  • BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
  • BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
  • BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
  • BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
  • BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone
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BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone

  • >= 20 Units
    $595

Customization:

Customized logo(Min.Order: 10 pieces)
Customized packaging(Min.Order: 10 pieces)
Graphic customization(Min.Order: 10 pieces)

BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Forced Air & Natural Convection Drying: Designed for precise temperature control in drying, heating, and sterilization processes, supporting both forced air circulation and natural convection modes for versatile material processing.
  • Material-Specific Applications: Optimized for silicone curing, welding rod drying, and laboratory sample preparation, ensuring uniform heat distribution and efficient drying outcomes.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, you can ensure durability in harsh laboratory environments*, outperforming traditional models prone to rust or chemical damage.

  • 2. Intuitive Digital Touchscreen Interface

  • With an intuitive digital touchscreen interface, you can access multi-program presets for rapid setup, up to 20% faster than models with manual controls*.

  • 3. Forced Air Circulation for Rapid Drying

  • With forced air circulation technology, you can achieve uniform drying at temperatures up to 300°C, 30% faster than natural convection ovens*.

  • 4. Versatile Scenario Adaptability

  • Designed for both laboratory and industrial scenarios, you can perform precise sample drying or handle large-scale operations with continuous operation capability*.

  • 5. ISO-Certified Safety Compliance

  • Certified to ISO 9001 standards, you can ensure reliable performance and safety compliance for critical drying processes*.

Product details

BIOBASE Forced Air Drying Oven Natural Convection Dry Machine Welding Rod Drying Oven Laboratory Oven for Silicone

The BIOBASE Forced Air Drying Oven is a versatile laboratory-grade drying machine designed for precise temperature control and efficient material drying. Built with corrosion-resistant stainless steel and featuring a digital control panel, it supports applications ranging from silicone curing to welding rod preparation. Its vacuum capability and forced-air circulation ensure uniform drying while minimizing thermal damage.

Technical specifications

FeatureSpecificationBenefit
Material304 stainless steel bodyCorrosion resistance for harsh environments
Temperature Range50°C to 300°C (±1°C accuracy)Precision for sensitive material processing
Door DesignTransparent glass with safety lockSafe, non-invasive monitoring during use
Vacuum CapabilityAdjustable vacuum pressure (0.05–0.1MPa)Faster drying times for moisture-sensitive items
Heating SystemForced-air circulationUniform heat distribution for even drying

Customization guide

Adjustable parameters include temperature range, vacuum pressure, and drying duration to meet specialized needs such as:

  • Reducing drying time for moisture-sensitive materials (e.g., pharmaceuticals) by optimizing vacuum levels.
  • Extending temperature accuracy for high-precision lab experiments (e.g., polymer curing).

Get inspired

With BIOBASE’s forced-air technology, you can achieve consistent drying results for silicone components, while the vacuum feature ensures minimal oxidation. For industrial welding, the oven’s robust construction handles heavy-duty materials like coated welding rods without compromising structural integrity.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Temperature300°C350°C (+16.7%)400°C (+33.3%)*
Vacuum Pressure Range0.05–0.1MPa0.02–0.1MPa0.01–0.1MPa
Heating Speed20°C/min25°C/min (+25%)30°C/min (+50%)
Chamber Capacity30L50L (+66.7%)80L (+166.7%)

Supplier's note

  1. Key Technical Breakthroughs:

    • Vacuum Technology: Enables 20% faster drying than traditional models by reducing air resistance.
    • Forced-Air Circulation: Achieves ±1°C accuracy, outperforming industry-standard ±3°C tolerance.
    • Safety Lock Door: Prevents accidental opening, ensuring compliance with ISO 9001 lab safety protocols.
  2. Version Selection Guidance:

    • Base Model: Ideal for small-scale labs or industrial workshops needing basic drying (e.g., sterilizing glassware).
    • Advanced Model: Suitable for R&D teams requiring mid-range temperature control (e.g., polymer synthesis at 350°C).
    • Pro Model: Best for high-demand applications like aerospace material testing, where 400°C stability and ultra-vacuum (0.01MPa) are critical.

*Pro Model’s max temperature exceeds industry benchmarks by 33%, enabling use in extreme thermal applications.

Frequently asked questions

  • Which model suits labs needing uniform drying: BIOBASE forced air oven or natural convection?

  • How to clean the transparent glass door of BIOBASE lab oven?

  • Stainless steel vs other materials for BIOBASE lab oven: Which is better for durability?

  • Can BIOBASE oven be customized for welding rod drying?

  • Is BIOBASE oven ISO-certified for lab use?

  • How does BIOBASE maintain consistent temps for silicone curing?

  • What safety features does BIOBASE high-temp oven include?

  • Advantages of vacuum drying in BIOBASE oven for sensitive materials?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Forced Air Drying OvensRapid drying of heat-sensitive materialsForced air circulation: 1.8 m/s (Industry Standard), 2.0 m/s▲ (Base), 2.5 m/s▲▲ (Advanced) (ISO 5000 compliant)▲▲ 30% faster drying▲▲, uniform heat distributionHigher energy consumption vs natural convection
Vacuum Drying OvensTemperature-sensitive material dryingVacuum pressure: -0.1 MPa (Industry Standard), -0.12 MPa▲ (Base), -0.15 MPa▲▲ (Advanced) (ASTM E283)Prevents oxidation, ▲▲ 20% faster drying under vacuum▲▲Higher cost, complex maintenance
Natural Convection OvensLow-budget labs/small-scale useNo forced airflow (Industry Standard), energy-efficientLower upfront cost, simpler design▲▲ 50% slower drying▲▲, uneven temperature zones
Welding Rod Drying OvensIndustrial welding rod preparationMax temp: 350°C (Industry Standard), 400°C▲ (Base), 450°C▲▲ (Advanced) (AWS D1.1 compliant)Ensures rod integrity, improves weld strengthLimited to specific materials, bulkier footprint
Laboratory Grade OvensPrecision drying in research labsTemp accuracy: ±2°C (Industry Standard), ±1°C▲ (Base), ±0.5°C▲▲ (Advanced) (ISO 9001)▲▲ 99.9% repeatability▲▲, ideal for experimentsSmaller capacity, premium pricing
Industrial Grade OvensMass production drying in factoriesCapacity: 800L (Industry Standard), 1200L▲ (Base), 1800L▲▲ (Advanced) (ISO 17025 compliant)▲▲ 3x higher throughput▲▲, robust constructionRequires professional installation, large footprint

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