Labmate Plant Nutrition Analyzer LMPNA-B100

Labmate Plant Nutrition Analyzer LMPNA-B100

Product Overview

The Labmate Plant Nutrition Analyzer LMPNA-B100 is a high-performance, benchtop-style analytical instrument designed for multi-element detection in plant and soil samples.1 Unlike portable leaf-clamping models, the B100 is a comprehensive system that utilizes cold light source and advanced optical filter technology to identify nutrients, trace elements, and heavy metals.2 Operating on an Android-based system with a high-resolution touchscreen, it simplifies complex chemical analysis into intuitive workflows.3 With its 12-channel batch processing and built-in thermal printer, it is engineered for high-throughput environments such as agricultural research centers, soil testing labs, and environmental monitoring stations where precise fertilization planning and yield optimization are critical.4

 

Technical Specifications

Parameter	Specification
Measurement Range	0.001 to 9999
Wavelength Range	Red (680 ± 2 nm), Blue (420 ± 2 nm), Green (510 ± 2 nm), Orange (590 ± 4 nm)
Sample Throughput	12 per batch
Repeatability Error	≤ 0.05%
Linear Error	≤ 0.1%
Absorbance Mode Drift	≤ 0.001 (within 1 hour)
Transmittance Mode Drift	< 0.3% (1 hour); < 0.5% (2 hours)
Lamp Durability	Up to 100,000 hours
Data Storage Capacity	4GB Internal Memory
Power Consumption	≤ 5W
Power Supply	AC 220V / DC 12V (Vehicle or Built-in Lithium Battery)
Dimensions	430 × 345 × 190 mm
Net Weight	5.1 kg

Key Features

• Multi-Element Detection: Specifically designed to analyze a wide spectrum of nutrients, trace elements, and heavy metals beyond basic chlorophyll/nitrogen.5

   

• Android Operating System: Features a user-friendly touchscreen interface that supports rapid data processing and intuitive instrument control.6

   

• Dual-Row 12-Channel Processing: High-throughput design allows for the simultaneous analysis of 12 samples per batch, significantly increasing laboratory efficiency.7

   

• Integrated Thermal Printer: Provides immediate hard-copy records of test results for documentation and field reports.

• Nutrient Mapping Tool: Includes built-in software tools to help visualize data for regional fertilization planning and soil health mapping.

• Advanced Optical Stability: Utilizes high-durability lamps and precision filters to ensure zero drift after a brief 5-minute preheating period.8

   

• Flexible Power Options: Supports AC mains, vehicle power (DC 12V), and internal lithium battery operation, making it suitable for mobile laboratories.9

   

Applications

• Fertilization Planning: Determining precise nutrient requirements for crops to optimize fertilizer application and prevent environmental runoff.

• Agricultural Research: Identifying trace element deficiencies or toxicities that affect plant growth and metabolic pathways.

• Environmental Monitoring: Detecting heavy metal contamination in plant tissues and soil samples.10

   

• Horticulture & Soil Science: Supporting detailed physiological studies and soil-plant nutrient cycling research in controlled environments.