Constant temperature incubators for general use in microbiology, molecular biology, and quality control laboratories, available in two complementary models: HZP-168 (168 L, natural convection) and HFP-80 (80 L, forced convection). Both operate from ambient temperature +5°C to 105°C, with stainless-steel inner chambers, 7-inch LCD touchscreen displays, and mobile app monitoring — combining precise temperature control, protocol versatility, and integrated data traceability for applications requiring reproducible constant-temperature conditions.

The HZP-168 uses natural convection — passive thermal airflow without a motorized fan — preserving the integrity of vibration- and evaporation-sensitive samples such as agar plates, culture gels, and solid-support cell cultures. At 168 L volume, ±0.5°C temperature uniformity at 37°C, and a 5-minute recovery time after a 30-second door opening, the model provides capacity for multiple simultaneous cultures with up to 17 shelves. The HFP-80 uses forced convection — an internal fan that actively homogenizes temperature — achieving ±0.3°C uniformity at 37°C and a 2.5-minute recovery time, making it the preferred choice for protocols requiring fast thermal response and maximum uniformity, such as enzyme digestion, ligation, hybridization, and liquid-phase incubation reactions.

The microprocessor-based control system with a 7-inch LCD touchscreen displays set temperature, chamber temperature, and alarm events in real time, with an interface accessible to users with or without prior laboratory equipment experience. The integrated mobile app supports remote status monitoring and real-time anomaly alerts — critical for overnight and weekend incubation protocols without on-site supervision. The built-in data logger provides continuous recording for audit trails and quality management documentation.

The stainless-steel inner chamber is easy to clean and compatible with chemical disinfection agents. The alarm system covers high and low temperature deviations, power failure, and prolonged door opening. Both models run on 220–240 V / 50–60 Hz, with rated power of 510 W (HFP-80) and 640 W (HZP-168). Stainless-steel shelves are configurable for Petri dishes, tube racks, flask stands, and microplates, with a rated load of 20 kg per shelf.

Key Features

• Two airflow modes: HZP-168 with natural convection (±0.5°C at 37°C) and HFP-80 with forced convection (±0.3°C at 37°C)

• Temperature range: ambient +5°C to 105°C on both models

• Thermal recovery after 30-second door opening: 2.5 min (HFP-80) and 5 min (HZP-168)

• 7-inch LCD touchscreen with intelligent control interface

• Mobile app for remote monitoring and real-time anomaly alerts

• Built-in data logger for traceability and audit compliance

• Stainless-steel inner chamber — easy-clean, chemical-resistant

• Configurable stainless-steel shelves rated at 20 kg per level

• Capacity: HZP-168 — 168 L / 2 standard shelves, up to 17 max. · HFP-80 — 80 L / 2 standard shelves, up to 12 max.

• Interior dimensions HZP-168: 490×550×626 mm · HFP-80: 400×400×480 mm

• Exterior dimensions HZP-168: 650×782×1028 mm · HFP-80: 560×662×870 mm

• Rated power: HZP-168 — 640 W · HFP-80 — 510 W

• Power supply: 220–240 V / 50–60 Hz

• Alarms: high/low temperature, power failure, door ajar

Applications

The HZP-168 / HFP-80 series is designed for microbiology, molecular biology, food, environmental, and pharmaceutical quality control laboratories performing bacterial, fungal, and microorganism cultivation, as well as constant-temperature protocols including enzyme digestion reactions, DNA ligation, hybridization, Petri dish incubation, and reagent tube incubation. The HZP-168 with natural convection is the preferred choice for turbulence- and evaporation-sensitive samples; the HFP-80 with forced convection is best suited for protocols demanding maximum thermal uniformity and rapid response between incubation phases.

The combination of mobile app remote monitoring, continuous data logging, and stainless-steel inner chambers makes both models appropriate for laboratories subject to regulatory audits — including GMP/BPF, ISO 17025, ANVISA, and accreditation bodies — where automated documentation of incubation conditions is an operational requirement