Case
Phalaenopsis Orchid Tissue Culture in MAX LAB Horizontal Laminar Flow Benches
A real lab setup for Phalaenopsis orchid micropropagation using a MAX LAB horizontal laminar flow bench. Optimized sterile operations, smarter layout, and reliable lab furniture customization.
Case Study: Phalaenopsis Orchid Tissue Culture in MAX LAB Horizontal Laminar Flow Benches
Time：2019
Country：Malaysian
Background：
A leading Malaysian agricultural research institute specializing in orchid propagation needed to:
Establish sterile work conditions for sensitive tissue cultures
Improve experiment success rates by minimizing airborne contamination
Streamline aseptic transfer processes for plant materials
Project Overview
MAX LAB provided advanced horizontal laminar flow bench solutions for a Malaysian biotechnology team conducting Phalaenopsis orchid tissue culture experiments. Our contamination-free workstation enabled precision handling of delicate plant specimens, demonstrating how MAX LAB equipment supports cutting-edge botanical research.
Technical Challenges
Maintaining ISO Class 5 air purity during delicate procedures
Ensuring ergonomic workspace for prolonged tissue culture work
Providing consistent laminar airflow without turbulence
Accommodating specialized orchid culture protocols
MAX LAB Solution
We delivered customized horizontal laminar flow benches featuring:
HEPA-filtered airflow (99.99% @ 0.3μm particles)
Stainless steel work surface with antimicrobial properties
Adjustable airflow velocity (0.3-0.5 m/s)
Energy-efficient DC motor for continuous operation
Integrated UV sterilization system
Implementation Process
Site assessment to determine optimal bench placement
Custom sizing to fit laboratory layout
On-site validation of airflow patterns
Staff training on aseptic techniques
Results Achieved
98.7% contamination-free success rate in initial cultures
40% faster specimen transfer compared to previous setup
Extended HEPA filter life through smart monitoring
Researcher feedback:
Malaysian staff is conducting a Phalaenopsis culture experiment in the MAX LAB horizontal laminar flow bench
Why This Matters for Plant Science
Enables mass propagation of rare orchid species
Supports genetic conservation efforts
Facilitates disease-free plantlet production
Allows long-duration experiments without contamination risk
Get Your Specialized Lab Equipment
MAX LAB designs application-specific laminar flow solutions for:
Plant tissue culture
Microbiology research
Pharmaceutical compounding
Electronics assembly
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