The Ultimate Guide to Labonce Environmental Test Chambers & Laboratory Equipment

2026-02-13 8

1. Basic Cognition: Understanding the Labonce Ecosystem

 

Labonce specializes in high-precision environmental test equipment designed for scientific research, biotechnology, and pharmaceutical industries. Unlike generic laboratory equipment, Labonce products are engineered specifically to meet stringent regulatory standards, including ICH Q1A/Q1B, FDA 21 CFR Part 11, and the Chinese Pharmacopoeia (2020/2025 editions).

 

The product ecosystem is divided into four primary pillars:

 

  1. Stability Testing Chambers: The flagship line designed for drug stability testing (GS/FS series), photostability (CGS/TPS series), and specialized low-humidity storage (LGS series).
  2. Incubators: Precision equipment for biological culture, including Biochemical (BI series), Mold (MI/MIS series), and Water-jacket/Electric incubators (GHP/DHP).
  3. Drying Ovens: Solutions for drying and heating, featuring Vacuum (VC/ZK series) and Blast Drying (JM series) technologies.
  4. Environmental Chambers: Heavy-duty chambers for high/low temperature and alternating humidity tests (GW/JS/TH series).

 

2. Selection Guide: Matching Equipment to Industry Needs

 

Choosing the right Labonce model depends on your specific regulatory requirements and test materials.

 

For Pharmaceutical Stability (GMP/CGMP Labs)

  1. General Drug Stability: Choose the GS/FS Series. These models feature three-level user authority and audit tracking, essential for GMP certification.
  2. Light-Sensitive Drugs: Select the CGS or TPS Series. These comply with ICH Q1B, integrating visible light and Near-UV sources with automatic illuminance control.
  3. Moisture-Sensitive Packaging (Cartridges): The LGS Series is required. It offers ultra-low humidity control (e.g., 60℃/10%RH or 25℃/20%RH), specifically designed for medicine packages and semi-permeable containers.

 

For Microbiology & Water Analysis

  1. BOD Detection & Water Analysis: The BI Series (Biochemical Incubator) is the standard, offering precise temperature control (High temp ±0.5℃).
  2. Mold & Fungi Cultivation: The MI/MIS Series is optimized for this, with the MIS series offering added humidity control (fluctuation ±5%RH) for complex growth environments.

 

For Material Drying & Aging

  • Heat-Sensitive/Oxidizable Materials: Use the VC/ZK Vacuum Ovens. They allow for inert gas infusion and rapid drying without oxidation.

 

3. Function Details: The Technology Behind the Precision

 

Labonce products are defined by three core technological advantages:

 

A. Data Integrity & Compliance System

To meet FDA 21 CFR Part 11 requirements, Labonce controllers feature:

  • Three-Level Authority: Login security that distinguishes between operators, admins, and quality assurance.
  • Audit Tracking: Historical alarm and operation records are stored and can be exported via USB in an unchangeable file format, ensuring data cannot be tampered with.

 

B. Precision Air-Way Structural Design

Labonce utilizes a newly designed air-way system that ensures airflow from three sides. This results in superior uniformity:

  • Temperature Uniformity: Typically ≤1.0℃ or ≤2.0℃ depending on the model.
  • Humidity Fluctuation: Controlled within < ±3%RH for stability chambers.

 

C. Advanced Refrigeration & Insulation

  • Frequency Conversion: Imported compressors with frequency conversion technology save over 50% of electricity and water, extending equipment life.
  • Insulation: High-density polyurethane foam ensures temperature retention and isolation from external heat sources.

 

4. Implementation & Usage: Best Practices

 

  • Installation: Ensure the environment temperature remains between +5 ~ 35℃ for optimal compressor performance.
  • Data Management: Regularly export data using the USB interface. For the JS series, SD card storage can hold over 5 years of data.
  • Safety Checks: Regularly test the independent over-temperature protection system and water shortage alarms. The system is designed to prevent dry burning and compressor overheating.
  • Cleaning: The inner liners are made of mirror stainless steel 304 (or copper/stainless for specific incubators), designed to be pollution-free and easy to clean to prevent cross-contamination.

 

5. Comparison: Why Labonce?

 

Feature Standard Lab Equipment Labonce Products Value to User
Data Security Basic Logging Audit Trails & 3-Level Access Full GMP/FDA Compliance
Humidity Control Standard Range (40-80%) Ultra-Low (down to 10-20% RH) Testing for moisture-sensitive cartridges
Energy Efficiency Standard On/Off Frequency Conversion Tech >50% Energy Savings
Construction Standard Steel Mirror Stainless Steel 304 Easy cleaning, zero pollution source

 

 

This article is originally published by Labonce.

Home

Products

About

Contact