Leave A Message
If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.
The Photosynthetic Bacteria Cultivation LED Light is specially designed for microbial cultivation applications, providing an optimized spectrum from 380-1000nm to support efficient photosynthetic bacteria growth. With stable light output, low energy consumption, and long service life, it helps improve cultivation efficiency in aquaculture, biological research, and industrial microbial production.
Featuring a professional optical design and uniform illumination structure, this GMY LED cultivation lamp creates a suitable light environment for different bacteria species while reducing energy waste compared with traditional lighting solutions.
Photosynthetic Photon Flux Density (μmol/㎡·s) :
19±5Light Efficiency (lm/W) :
30Ingress Protection Rating :
IP20Lifespan (H) :
15,000Spectral Range (nm) :
380-1000Luminous Flux (lm) :
740Power (W) :
24Input Voltage (V) :
AC 187-264The GMY Photosynthetic Bacteria Cultivation LED Light is specially developed for microbial cultivation applications, providing an optimized 380-1000nm full spectrum to support photosynthetic bacteria growth and improve cultivation efficiency.
With professional spectrum design, uniform illumination, and energy-saving LED technology, this lamp creates a stable lighting environment for aquaculture, laboratory research, and industrial microbial production.
The wide 380-1000nm spectrum range provides suitable wavelengths for photosynthetic bacteria activity, helping maintain stable growth conditions and improve light utilization efficiency.
The advanced LED structure delivers uniform illumination with low power consumption, reducing energy costs while ensuring reliable long-term operation.
Designed for continuous cultivation environments, the lamp offers a 15,000-hour lifespan and consistent light output for reduced maintenance requirements.
Effectively addresses issues encountered during photosynthetic bacteria cultivation, such as slow reproduction rates, low bacterial density, low viability, and low OD values.
PVC ports support stable series connection.
Premium LED beads deliver optimized light output.
Aluminum housing ensures stable performance.
High-transmittance PC cover improves lifespan and appearance.
| GMY Photosynthetic Bacteria Culture Light | Other Photosynthetic Bacteria Culture Lamps |
|---|---|
| Optimized spectrum & light intensity | Standard spectrum, not bacteria-focused |
| Striped fabric light design for flexible installation and uniform illumination | Uneven light distribution with inconsistent intensity |
| Low energy consumption: 100W/m² (single-sided), 200W/m² (double-sided) | High power consumption, halogen lamps may exceed 400W/m² |
| Long-lasting LED light source | Short lifespan, halogen lamps only 500-600 hours |
| Cool light source with low heat generation | High heat output requiring additional cooling control |
| Close-range lighting improves light utilization efficiency | High heat limits installation distance from culture medium |
| Suitable for multi-layer cultivation systems | Not suitable for stacked cultivation applications |
| Stable operation for efficient and high-quality cultivation | Lower cultivation consistency and higher maintenance costs |
High viability and accelerated reproduction under targeted full spectrum.
Slow microbial expansion and uneven density logs due to improper wavelengths.
| GMY Photosynthetic Bacteria Culture Light | Natural Light Cultivation |
|---|---|
| Stable lighting output | Unstable sunlight conditions |
| All-day continuous illumination | No light at night, weather-dependent |
| Uniform light coverage | Uneven light intensity |
| Precise temperature & humidity control | Difficult environmental control |
| Supports multi-layer cultivation | Limited cultivation scalability |
| Stable production & higher-quality culture | Seasonal variations affect yield |
| Optimized growth environment (25-30°C) | Temperature fluctuations impact bacteria growth |
Initial state setup for laboratory microbial inoculation logs.
Unstable bacteria structure under seasonal outdoor sunshine thresholds.
Optimal dense clusters achieved via GMY precise photochemical reactions.
Start of Light Exposure Cultivation
After 24 Hours of Cultivation After 24 Hours of Cultivation
After 48 Hours of Cultivation After 48 Hours of Cultivation
Certified quality management system ensuring premium manufacture standard.
Fully compliant with European health, safety, and environmental protection legislation.
Eco-friendly manufacture completely free from hazardous substances.
Premium North American electric security and fire prevention compliance standard.
The Photosynthetic Bacteria Cultivation LED Light is specially designed for microbial cultivation applications, providing an optimized spectrum from 380-1000nm to support efficient photosynthetic bacteria growth. With stable light output, low energy consumption, and long service life, it helps improve cultivation efficiency in aquaculture, biological research, and industrial microbial production.Featuring a professional optical design and uniform illumination structure, this GMY LED cultivation lamp creates a suitable light environment for different bacteria species while reducing energy waste compared with traditional lighting solutions.
The PulseEco Tissue Culture LED Light is specially designed for plant micropropagation, providing an optimized light spectrum and high-efficiency illumination for tissue culture applications.With advanced energy-saving technology, uniform light distribution, and proven cultivation results, it helps reduce power consumption while maintaining high-quality plant growth in orchid, potato, chrysanthemums and other tissue culture processes.
