Labotronics Electric Laboratory Drying Oven
                     L a b o t r o n i c s   ·   E l e c t r i c  H o t  A i r  D r y i n g  O v e n
Controlled Thermal Processing for Laboratory Drying 
Applications
Capacities, Specifications and Applications
A product line overview for laboratory professionals, researchers and scientists
Product Briefing
What this briefing covers
Product overview Shared specifications
1 How electric hot air drying ovens provide controlled heating and 2 Temperature range, circulation method and chamber configuration
drying
Model line-up Heating & Control System
3 Available capacities and chamber sizes compared by specifications 4 Hot air circulation with digital temperature management
Applications Choosing a model
5 Laboratory, industrial and research drying workflows 6 Selecting capacity based on sample volume and processing 
requirements
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Controlled hot air drying with uniform temperature 
distribution
An electric hot air drying oven provides controlled thermal treatment through heated air circulation 
for drying samples, glassware, materials and laboratory specimens. Digital temperature control 
enables adjustment and monitoring throughout the drying cycle.
Uniform Heat Distribution
1
Maintains consistent temperature throughout the chamber
Mirror Finish Stainless Steel Chamber
2
Provides corrosion resistance and easy cleaning for sample processing.
Product
Overview Digital Temperature Control3
Displays set temperature and operating status
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Specifications Shared Across The Range
Every model provides a common heating platform for controlled laboratory drying.
Temperature range Heating Method
RT +5 to 250℃ Electric heating system
Internal Dimension (H×W×D) Shelving
420 × 450 × 350 mm Adjustable shelves for flexible loading
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Product Configuration
Model line-up compared by capacity, shelving and chamber dimensions
Model Temperature Range Capacity Power
LB-10HDO RT +5 to 250℃ 67L 1.2 kW
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Heating & Control System
Maintaining Stable Drying Conditions
1 PID Temperature Management Controls heating performance with accurate temperature adjustment
2 Hot Air Circulation Distributes heated air evenly inside the chamber
3 Temperature Monitoring Displays operating temperature during processing cycles
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Applications across industries
Supporting Controlled Drying & Heating Workflows
1 2 3
Laboratory Industrial Processing Research Applications
Drying glassware, samples and laboratory Heating and drying materials requiring Supporting thermal treatment and sample 
materials controlled temperatures preparation processes
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Choosing the right chamber size
Three practical questions that narrow the line-up to one model
1 2 3
What Capacity Is Required? What Temperature Range Is Needed? What Level of Control Is Required?
67 L chamber supports medium-volume laboratory drying RT +5 to 250℃ supports diverse heating applications PID controller enables stable temperature management
workflows
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Efficient Drying Performance for Laboratory Applications
Labotronics Electric Hot Air Drying Oven combines a 67 L chamber, PID temperature control, 
stainless steel construction and uniform air circulation for controlled laboratory drying and 
heating processes.
Labotronics Scientific. 1007 N Orange St.,
Wilmington, DE 19801, USA
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