Bio Organic Fertilizer Lab Equpment

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MOQ : 1 Unit

Bio Organic Fertilizer Lab Equpment Specification

Features
Corrosion Resistant, Leak Proof, Easy Sterilization, Modular Assembly, Variable Speed Control

Shape
Cylindrical with Polished Chamber

Heating Capacity
Ambient to 95C

Control Type
Digital PID Controller

Display Type
Digital Backlit LCD

Glass Type
Borosilicate Laboratory Grade

Speed Range
50-1200 RPM (Agitator/Mixer)

Power Supply
Single Phase AC

Accuracy
0.5C (Temperature); 5 RPM (Speed)

Temperature Resistance
Up to 200C

Type
Bio Organic Fertilizer Lab Equipment

Dimension (L*W*H)
Customizable as per lab requirements

Equipment Type
Lab-scale Bioreactor & Fermentation System

Equipment Materials
Stainless Steel, Borosilicate Glass, High Grade Plastic

Power
500W - 1500W (As per unit configuration)

Voltage
220V/110V (50-60Hz)

Material
Stainless Steel Body with Chemical-resistant Coating

Application
Research, Quality Analysis, Microbial Culture, Fermentation

Capacity (Ltr)
2 to 10 Liters (Standard Models)

Sampling Facility
Integrated Aseptic Sampling Port

Lighting
Optional Internal Illumination for Observation

Compliance
ISO, CE Marking (On request)

pH/DO Sensor Port
Provided (For Real Time Monitoring)

Sterilization Method
In-situ or Autoclave Compatible

Safety Features
Overheat Protection, Safety Interlocks, Low Voltage Shutdown

Exhaust Filter
0.22 Micron Bacterial Filter

Agitator Type
Top-mounted Magnetic or Mechanical Stirrer

Bio Organic Fertilizer Lab Equpment Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Bio Organic Fertilizer Lab Equpment

Discover a brilliant solution for microbial culture and fermentation with our Bio Organic Fertilizer Lab Equipment-a flawless, value-packed system designed for research and quality analysis. Sporting a sizzling stainless steel body with a chemical-resistant coating and ISO/CE compliance (on request), it features an in-situ or autoclave-compatible sterilization method, digital PID control, and a top-mounted agitator. This equipment includes a lofty suite of safety features, aseptic sampling, advanced pH/DO monitoring, and modular, easy-clean assembly. Markdown its reliability and performance for laboratories seeking remarkable productivity.

Unmatched Advantages for Plant Research & Fertilizer Innovation

Bio Organic Fertilizer Lab Equipment offers competitive advantages in microbial culture, fermentation, and quality analysis. With integrated aseptic sampling, precise agitation control, and exceptional temperature resistance, it meets the rigorous demands of plant research laboratories. Used for developing bio-organic fertilizers, this system supports cutting-edge research, drives agricultural innovation, and ensures consistency in end products. Its application spans plant nutrient testing to fermentative production of beneficial microbes, delivering optimal results every time.

Market Reach, Supply Strength & Pricing Transparency

Our equipment caters to a wide domestic market across India, with an expansive export network to Asia, Africa, and Europe. Valuation for each system is based on dimensions and configuration, ensuring a competitive list price. Freight and logistics support are streamlined for global clients. With scalable supply ability, we accommodate everything from bulk institutional orders to specialized lab requirements, guaranteeing timely fulfillment and reliable after-sales service no matter your location.

FAQ's of Bio Organic Fertilizer Lab Equpment:

Q: How does the integrated aseptic sampling port benefit laboratory processes?

A: The integrated aseptic sampling port allows safe, contamination-free sampling during fermentation or culture, ensuring reliable quality analysis without disrupting the sterile environment.

Q: What applications is this bio organic fertilizer lab equipment suitable for?

A: This equipment is ideal for research in plant nutrient analysis, fermentation of beneficial microbes, quality testing of bio-organic fertilizers, and microbial culturing in agricultural labs.

Q: When should laboratories opt for in-situ versus autoclave sterilization?

A: In-situ sterilization is recommended for frequent or rapid cycles, while autoclave compatibility benefits labs with centralized sterilization protocols or handling diverse microorganisms.

Q: Where is this equipment primarily manufactured and supplied from?

A: The Bio Organic Fertilizer Lab Equipment is manufactured and supplied by leading companies in India, with established logistics for both domestic and international markets.

Q: What safety features are included in this equipment for user protection?

A: Key safety features include overheat protection, safety interlocks, low voltage shutdown, as well as a 0.22-micron exhaust filter to maintain laboratory safety standards.

Q: How does the digital PID controller enhance accuracy during operation?

A: The digital PID controller enables precise regulation of temperature and agitation speed, maintaining process parameters within tight tolerances for reproducible experimental outcomes.

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