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Labmate Bench-top Shaking Incubator LMSI-C102

Labmate Bench-top Shaking Incubator LMSI-C102

Labmate Bench-top Shaking Incubator LMSI-C102 provides precise orbital shaking at speeds from 30 to 400/600 RPM with reliable temperature control. It features a stainless steel chamber with built-in illumination for durability and clear observation. Advanced programming options support repeat, increment, and 8-segment curve settings for customizable operation. Constructed with durable ABS material and equipped with an LCD display, it is ideal for sample mixing, cell culture, and chemical analysis in research and educational laboratories.

  • Product Info

    Specifications

    Parameter Details
    Speed Range 30–400 RPM
    Speed Accuracy ±1 RPM
    Oscillation Amplitude Φ25 mm
    Temperature Range 4–60 °C
    Temperature Accuracy ±0.1 °C
    Temperature Uniformity ±1 °C
    Control P.I.D. (Environmental Scanning Microprocessor)
    Convection Mode Forced Circulation
    Oscillation Mode Orbital
    Timing Range 0–999.59 hr / Continuous
    Number of Trays 1
    Display LCD
    Refrigerant CFC-Free (134A)
    Chamber Material Stainless Steel
    Heater Power 400 W
    Cooler Power 118 W
    Power Consumption 580 W
    Power Supply AC 200–240 V / 50–60 Hz
    Tray Dimension 420 × 400 mm
    Chamber Dimension 460 × 500 × 350 mm
    Outer Dimension 740 × 740 × 560 mm
    Height 990 mm
    Net Weight 100 kg

    Features

    • Single-shaft drive for smooth operation

    • CFC-free refrigeration system

    • Audio-visual alarms for speed deviation, leakage, and overload

    • Automatic stop of shaking when door is opened

    • Pneumatic spring-supported lid for safe and stable handling

    • Motor overheat protection

    Standard Accessories

    • Shaking tray ×1

    • Flask clamp ×1

    Optional Accessories

    • Humidity testing/control system ×1

    • Gas inlet ×1

    • Illumination system (15000 Lux) ×1

    • UV lamp ×1

    Applications
    Labmate LMSI-C102 is suitable for controlled sample mixing, cell culture, and chemical analysis in laboratories. Its programmable settings support diverse research and educational applications requiring precise shaking and incubation.

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