Tuttnauer 3870 MLV Manual Laboratory Sterilizer
The Tuttnauer 3870 MLV handles the full range of laboratory sterilization tasks without the complexity of fully automated systems.
Quality Management
Facility & Processes
Biomedical Technicians
About the Tuttnauer 3870 MLV Manual Laboratory Sterilizer
The Tuttnauer 3870 MLV handles the full range of laboratory sterilization tasks without the complexity of fully automated systems. Unlike basic tabletop units, it processes everything from liquid media to contaminated waste with dedicated programs for each load type.
The electro-mechanical controls give you direct oversight of each cycle while multiple safety interlocks prevent operator error. Worth noting: the pressure-activated door lock won’t release until it’s safe, and the excess temperature device kicks in before damage occurs.
The vertical chamber layout maximizes your bench space while the 85-liter capacity handles typical lab volumes without monopolizing floor space. Loading is straightforward through the top access.
Key Features
- Semi-automatic electro-mechanical operation with direct cycle control
- Vertical 85-liter chamber optimized for bench installation
- Dedicated programs for liquids, solids, glassware, plastics, and waste
- Multiple safety systems including pressure door locks and overpressure protection
- 6.0 KW heating performance for consistent steam generation
Specifications for Tuttnauer 3870 MLV Manual Laboratory Sterilizer
Capacity
- Chamber Volume: 85 Liters
Sizes
- Chamber Dimensions: Ø 380 × 690 mm (depth)
- External Dimensions: 950 (H) × 650 (W) × 500 (D) mm
Heating
- Heating Performance: 6.0 KW
- Voltage: 380-400 V, 50/60 Hz
Materials
- Components: Plastic; Stainless Steel
Intended Use
- Applications: Sterilization of nutrient media and buffer solutions, pipettes, tubes, filters, glassware, plastic articles, and laboratory waste
Safety
- Safety Features: Pressure-activated door lock; Pressure-dependent door lock; Door lock safety switch; Excess temperature safety device; Overpressure valve
