Views: 0 Author: Site Editor Publish Time: 2026-07-30 Origin: Site
As industries continue to demand greater measurement accuracy, precision weighing technology has become an essential component in laboratory research, pharmaceutical manufacturing, electronics production, and industrial automation.
Whether you are designing a laboratory instrument, developing an automatic filling system, or integrating a weighing solution into production equipment, selecting the right weighing technology directly affects product quality, production efficiency, and process reliability.
FIBOS offers a complete range of high-precision weighing solutions, including Electronic Balances, Micro Balances, and Electromagnetic Weighing Modules, helping equipment manufacturers and laboratories achieve reliable and repeatable measurement performance.
Accurate weighing is critical in applications where even a few micrograms can affect the final product.
Industries requiring high-precision weighing include:
Pharmaceutical production
Chemical laboratories
Scientific research
Biotechnology
Food formulation
Semiconductor manufacturing
New material development
Medical laboratories
University research
Precision manufacturing
High-resolution weighing systems reduce material waste, improve quality control, and ensure regulatory compliance.
Electronic balances are widely used for routine laboratory weighing where stability, repeatability, and ease of operation are required.
The FIBOS CEB-C Electronic Balance features:
7-inch full-touch display
Intelligent operating interface
High weighing stability
Multiple weighing units
Density measurement
Counting function
Dynamic weighing
RS232 & USB communication
Capacities from 31 g to 2000 g
Readability from 0.01 mg to 1 mg
These balances are ideal for pharmaceutical laboratories, universities, food laboratories, quality inspection centers, and industrial testing departments.
When laboratories require microgram-level accuracy, a standard analytical balance is often insufficient.
The FIBOS Micro Balance is specifically designed for ultra-small sample measurements with readability as low as 0.001 mg (1 μg).
Typical applications include:
Reference material preparation
Nanomaterial research
Filter weighing
Pharmaceutical active ingredient testing
Precious metal analysis
Environmental laboratories
Scientific research institutes
Its patented high-precision sensor technology provides exceptional repeatability while minimizing temperature drift.
For equipment manufacturers, an embedded weighing module provides greater flexibility than a complete balance.
The FK Series Electromagnetic Weighing Module adopts Electromagnetic Force Restoration (EMFR) technology and is designed specifically for OEM equipment integration.
Typical equipment includes:
Automatic filling machines
Checkweighers
Dispensing equipment
Laboratory analyzers
Medical instruments
Intelligent production lines
Packaging equipment
Robotic weighing systems
The compact structure makes installation simple while maintaining laboratory-grade measurement accuracy.
Provides customized solutions for loading pan,counterweight, communication and otherrequirements.
| Model | FK35 | FK55 | FK85 | FK64 | FK124 | FK224 | FK223 | FK323 | FK523 | FK623 |
| Capacity | 31g | 51g | 81g | 60g | 120g | 220g | 220g | 320g | 520g | 620g |
| Readability | 0.01mg | 0.1mg | 1mg | |||||||
| Repeatability | 0.01mg | 0.02mg | 0.04mg | 0.1mg | 1mg | |||||
| Linearity | 0.02mg | 0.03mg | 0.03mg | 0.2mg | 2mg | |||||
| Stabletime (fullrange)/Precisionweighingstabilitytime≤5g | ≤3s/≤2s | ≤3s | ≤1.5s/≤1s | ≤2s/≤1s | ≤1s/≤0.5s | |||||
| Calibration method | external calibration | |||||||||
| Operatingtemperature range | +10...+30° | |||||||||
| Allowabletemperature range | +5...+40° | |||||||||
| Product Size | 220 (L) *70 (W) *70 (H) mm (heightwithoutweighingpan) | |||||||||
| Volt | AC110-220v, 50-60Hz/9VDC | |||||||||
| Communicationinterface | RS232/RS485 | |||||||||
Compared with traditional strain gauge technology, electromagnetic force restoration offers several important advantages.
Microgram-level weighing becomes possible with extremely high measurement sensitivity.
Electromagnetic compensation significantly reduces stabilization time, improving production efficiency.
Consistent weighing results improve product quality and reduce measurement uncertainty.
Non-contact electromagnetic compensation minimizes mechanical wear, ensuring stable long-term performance.
Advanced temperature compensation maintains accuracy under changing environmental conditions.
FIBOS weighing products integrate intelligent software designed to improve laboratory efficiency.
Available functions include:
User management
Data storage
GLP/GMP compliance
Automatic calibration
Multi-language interface
Statistical analysis
Density measurement
Counting mode
Percentage weighing
Dynamic weighing
These features simplify daily operation while ensuring complete traceability of measurement data.
FIBOS weighing solutions serve customers in numerous industries.
Precise ingredient weighing, formulation development, and quality assurance.
Accurate preparation of reagents and laboratory testing.
Ingredient proportioning and product quality inspection.
Micro-component weighing and quality verification.
Material science, nanotechnology, and university laboratories.
Embedded weighing systems for intelligent manufacturing equipment.

Every project has unique requirements.
Capacity customization
Communication interfaces
Software development
Mechanical dimensions
Mounting structures
Customized weighing pans
Private label branding
Industrial integration
Protocol development
Our engineering team works closely with customers to accelerate product development and shorten time-to-market.
Electronic balances are suitable for routine laboratory weighing, while micro balances provide much higher readability—down to 0.001 mg (1 μg)—for ultra-small samples.
They are widely integrated into automatic filling machines, laboratory instruments, packaging systems, pharmaceutical equipment, robotics, and industrial automation systems.
Yes. We offer complete customization, including mechanical structure, communication interfaces, software, weighing capacity, and branding.
Most models support RS232, USB, and RS485, with additional interfaces available upon request.
Depending on the product series, capacities range from 2.1 g to 2000 g, with readability options from 1 μg (0.001 mg) to 1 mg.
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