Labmate Vertical Shaking Incubator LMSI-A301
Labmate Vertical Shaking Incubator LMSI-A301 is a floor-standing orbital shaking incubator engineered for high-capacity laboratory operations. It delivers smooth, quiet shaking between 40–300 rpm with a swing amplitude of 26 mm, while maintaining precise temperature control from 4–60 ℃. Hydraulic-assisted doors, a universal lift-out shaker platform, and four load-bearing positions ensure easy handling, optimal weight distribution, and compatibility with a wide range of flask clamps, test tube racks, and microtitre plates. Its counterbalanced weighing mechanism adapts to off-center loads, providing flexibility and durability over long-term use.
Product Info
Specifications
Parameter Details Shaking Speed 40–300 rpm Speed Accuracy ±1 rpm Swing Amplitude Φ26 mm Standard Configuration 250 mL × 24 Maximum Capacity 100 mL × 48, 250 mL × 24, 500 mL × 18, 1000 mL × 12 Tray Size 500 × 350 mm Power Rating 550 W Temperature Range 4–60 ℃ Temperature Accuracy ±0.1 ℃ Temperature Uniformity ±1 ℃ Timing Range 1–9999 min Display LCD Power Supply AC 220–240 V ±10%, 50–60 Hz Trays Included 2 Chamber Volume (W×D×H) 660 × 440 × 650 mm (170 L) Overall Dimensions (W×D×H) 700 × 560 × 1260 mm Net Weight 165 kg Chamber Material Polished stainless steel Exterior Material High-quality steel Features
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Integrated incubator and shaker for space and cost efficiency
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Operation data memory and password locking for secure usage
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Audio-visual warnings for temperature deviations
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High-torque motor ensures continuous operation without maintenance
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Strong refrigeration system with automatic defrost for rapid cooling
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Large observation window with built-in lighting
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Low noise, premium design with slope-panel LCD display
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Non-volatile memory preserves settings during power loss and restores configuration
Optional Accessories
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Universal tray
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Stainless-steel flask clamps (50 mL, 100 mL, 250 mL, 500 mL, 1000 mL, 2000 mL, 3000 mL, 5000 mL)
Applications
Labmate LMSI-A301 is ideal for cell culture, cell aeration, solubility studies, and other laboratory workflows requiring precise temperature control and orbital shaking.-
