Longyue Top Opening Shaking Incubator LYZ-111B

Longyue Top Opening Shaking Incubator LYZ-111B

Product Description

The Longyue Top Opening Shaking Incubator LYZ-111B is a high-capacity laboratory shaking incubator designed to provide stable orbital shaking combined with accurate temperature control. With a top-opening design, wide shaking speed range, and precise temperature uniformity, this model is well suited for microbial culture, cell cultivation, and biochemical applications that require consistent and reproducible incubation conditions.

Product Features

• Shaking speed range 20–300 rpm with high stability

• Speed accuracy up to ±1 rpm

• Orbital shaking with Φ26 mm swing amplitude

• Top-opening design for easy loading and unloading of flasks

• LCD display for clear parameter monitoring

• Precise temperature control with excellent uniformity

• Wide timing range for long-term incubation processes

Applications

• Microbial and bacterial culture

• Cell culture incubation

• Fermentation research and development

• Enzyme reactions and biochemical studies

• Research, quality control, and educational laboratories

Specifications

• Model: LYZ-111B

• Shaking speed: 20–300 rpm

• Speed accuracy: ±1 rpm

• Swing amplitude: Φ26 mm

• Standard configuration: 500 mL × 28

• Maximum capacity:

  • 250 mL × 36

  • 500 mL × 28

  • 1000 mL × 18

• Tray size: 920 × 510 mm

• Timing range: 1–9999 min

• Temperature range: RT +5 to 60 °C

• Temperature accuracy: ±0.1 °C

• Temperature uniformity: ±1 °C

• Display: LCD

• Tray included: 1

• Chamber volume (W × D × H): 970 × 565 × 280 mm (155 L)

• Exterior size (W × D × H): 1200 × 740 × 800 mm

• Net weight: 160 kg

• Power rating: 570 W

• Power supply: AC 220 V ±10%, 50–60 Hz

Conclusion

The Longyue Top Opening Shaking Incubator LYZ-111B offers reliable shaking performance, accurate temperature control, and flexible flask capacity in a robust design. It is an ideal solution for laboratories requiring dependable incubation and shaking for routine and advanced biological applications.