Zhichu

12/06/2026

Automatic Shaker IncubatorZQZY-ZD8C

12/06/2026

Light control capability: Can it simulate authentic circadian rhythms? The physiological activities of algae are closely correlated with photoperiod. The device must support programmable settings for light intensity and duration, enabling gradual or stepwise adjustments akin to sunrise and sunset patterns, to establish a stable and reproducible culture environment.
Temperature uniformity and stability: Avoid interference from thermal stress: During photosynthetic cultivation, the lamp tube itself generates heat. Uneven or significant fluctuations in chamber temperature control may readily disrupt algal cell metabolism. Precise and uniform temperature regulation is essential for maintaining algal viability.
Oscillation-induced mass transfer efficiency: "Fair distribution" of nutrients and light: Static cultivation often leads to cell sedimentation, uneven nutrient gradients, and inconsistent light exposure. Moderate reciprocating or rotary oscillation ensures continuous rotation of algal cells, promoting thorough contact between the cells and both the light source and culture medium, thereby enhancing uniformity in population growth.
Low vibration and low noise: An "invisible requirement" for long-term operation: Algal cultivation often lasts for several days or even weeks. Excessive motor vibration or unstable operation not only interferes with cell adhesion or aggregation but may also affect the performance of other precision instruments within the same environment.
Cleanliness and contamination prevention design: The fundamental requirement for sterile culture is that algal strain purification is challenging, and contamination can lead to severe consequences. Details such as antibacterial materials, seamless structural design, and ultraviolet sterilization capabilities directly determine the success of long-term cultivation.
Core Advantages: Specialized LED Light Source System for Natural Light Simulation: Utilizing high-efficiency, energy-saving specialized LED lamps that accurately replicate natural lighting conditions. It supports continuous adjustment from 1% to 100% with a step accuracy of 1%, and features an exceptionally long lifespan.
Light source quality assurance: The equipment is equipped with hollow tempered double-sided glass featuring built-in heating functionality, effectively preventing fogging and condensation in high-humidity environments to ensure clear visibility.
Other advantages: Multi-functional design with space efficiency – the stacked configuration integrates both a full-temperature shaking incubator and an illumination incubator, enabling both static and dynamic culture conditions.
Accurate data traceability: The LCD touchscreen supports recording experimental operation data for up to 5 years, and users can export temperature variations and speed curves via the USB interface.
Wide temperature control range with high uniformity: Utilizing a PID microcontroller and forced convection technology, it maintains temperatures across a range of 4°C to 60°C.
Operational Characteristics: Long-term continuous operation with noise below 65 dB and minimal vibration.
Body and Material: The inner liner is made of curved-edge (R-edged) mirror-polished 304 stainless steel, which facilitates cleaning, resists bacterial growth, and provides corrosion protection.
Safety Protection: Features alarm or protection mechanisms for overheating, power failure, and abnormal vibration.
Clean, safe, and easy to maintain—allowing researchers to focus their efforts on the scientific questions themselves rather than repeatedly addressing contamination concerns.
While appearing merely as a "rotating incubator," the light-shaken shaking chamber plays a pivotal role in precision life science experiments by providing cells with a reproducible and reliable growth environment.
Zhi Chu is committed to providing absolute certainty at every stage of life sciences research.

15/05/2026

Today's featured product: the ZhiChu ZCZY-CSR8 modular CO₂ oscillating incubator.Key features: stackable design, independent control capabilities, remote monitoring functionality, antibacterial inner chamber for enhanced safety and stability, pollution prevention, specifically engineered to address cellular "environmental intolerance" issues.

The CO₂ oscillating incubator is a precision laboratory instrument that integrates constant temperature cultivation, CO₂ concentration regulation, and dynamic oscillation. By simulating the physiological environment within organisms, it creates optimal dynamic growth conditions for cells—particularly pH-sensitive mammalian cells and aerobic microorganisms.

It precisely controls four core elements: constant temperature—typically maintained at around 37°C (with an adjustable range of 4°C–60°C)—to simulate the body temperature environment.

CO₂ concentration: Stably maintained within the 0–20% range, with precise pH adjustment of the culture medium achieved through a carbonate buffer system.

Dynamic oscillation: By employing circular oscillation, the culture medium is thoroughly exposed to the air, enhancing oxygen dissolution efficiency and promoting the growth and metabolism of cells and microorganisms.

High humidity environment: Maintain an appropriate humidity level to prevent evaporation and concentration of moisture in the culture medium.

Temperature control performance: Focus on temperature regulation accuracy and uniformity; prioritize models with control precision within ±0.3°C.

Speed accuracy: Speed stability directly affects mixing performance and dissolved oxygen efficiency; the accuracy should be maintained within ±1 rpm.

CO₂ Control: Imported infrared (IR) sensors are preferred due to their fast response, high accuracy, and immunity to humidity interference.

Oscillation System: Preferably use models driven by servo motors, offering fast response, stable operation, and zero maintenance costs.

Capacity and Space: Select the appropriate model based on laboratory space and workload; the stacked design saves valuable space.

Intelligence level: Models featuring touchscreen operation, data recording, and remote monitoring offer greater convenience.

The Zhichu ZCZY-CSR8 modular CO₂ oscillating incubator comprehensively meets laboratory requirements. Its modular design allows for one-, two-, or three-layer configurations, providing users with maximum operational space while minimizing floor area. Each layer can be independently controlled and operates simultaneously at different temperatures and rotation speeds, or selected layers (one, two, or all three) can be activated as needed. The temperature control system employs PID microcomputer-based intelligent regulation, achieving a temperature range of 4°C–60°C with an accuracy of ±0.1°C and uniformity of ±0.3°C (at 37°C), ensuring consistent temperature across the entire chamber. Featuring an imported infrared CO₂ sensor, the system automatically monitors CO₂ concentration with enhanced airtightness, high sensitivity, and precision. The wide-range oscillation mode supports idle oscillation frequencies from 10–1000 rpm, with a frequency accuracy of ±1 rpm, catering to diverse applications—from mild cell culture to high-speed cell screening and cultivation

23/05/2025

🔬 Revolutionize Your Lab Workflow! 🔬
Our custom-engineered lab shaker is here to transform your research:
✅ 450 RPM Whisper-Quiet Operation – Zero vibration interference.
✅ 50% Faster Experiments – Achieve results in half the time.
✅ Efficiency Redefined – More data, less waiting.
Science shouldn’t wait. Let’s accelerate discovery together! 🚀

10/04/2025

💪We put the Orbital Shaker to the ultimate "Can You Handle This?" test. Verdict? At 200 RPM, it casually shrugged off a ＞50kg load like it was sipping coffee on a Monday morning. ☕

10/04/2025

02/04/2025

Welcome everyone to booth N22 in analytica Vietnam exhibition during April 2-4,2025

07/03/2025

Recently, the artificial multi-enzyme complex design tool website developed by Associate Professor Ni Jun's team at STJU has been overwhelmed by global scholars.

The platform provides assembly solutions for any two enzymes within cells, with its core concept originating from their breakthrough research published in Cell.

From directed evolution of enzymes to AI-driven protein design, protein-related research has twice claimed Nobel Prizes in Chemistry (2018 and 2024). In this cutting-edge field, Ni Jun's team has dedicated nearly a decade of research.

👉 "Cells produce substances through stepwise catalytic processes requiring different enzymes at each stage. Spatial organization of these enzymes in rational architectures can dramatically enhance biosynthesis efficiency. The team systematically tested hundreds of connection modes between enzyme "workshops" and uncovered universal assembly principles, establishing an operational "instruction manual" for efficient enzyme scaffolding,” explained Ni. "

26/02/2025

Welcome to see at

28/11/2024

🍂 Happy Thanksgiving from ZHICHU! 🍂