Headspace Offline Analyzer-Fitow

Headspace Offline Analyzer

Strong Adaptability
High Compatibility
Non-destructive Testing (NDT)

Product Introduction

The Laser Headspace O₂ Non-destructive Testing System is based on Tunable Diode Laser Absorption Spectroscopy (TDLAS) core technology, enabling rapid, non-destructive detection of headspace oxygen content in vials and ampoules. During testing, the sample is placed in a dedicated fixture. A laser beam penetrates the headspace of the sample, accurately capturing the characteristic absorption signal of oxygen molecules to output real-time headspace oxygen content data. The system is easy to operate and requires no nitrogen purging, significantly reducing inspection costs and operational complexity. The fixture is compatible with most standard vials and ampoules; for non-standard bottles, customized tooling solutions are available. Its application covers mainstream packaging forms in pharmaceutical and biological agent fields.

Key Features

Core Technology: Based on laser absorption spectroscopy for oxygen concentration analysis.

Non-destructive Testing: Non-invasive inspection that does not damage the packaging (such as vials or ampoules) or the internal samples during the detection process.

Adaptability: Supports rapid inspection of standard vials and ampoules.

High Compatibility: Covers mainstream packaging forms in pharmaceutical and biological sectors, offering broad scenario adaptability.

Integrated Multi-parameter Detection: A single system integrates both headspace oxygen content detection and oxygen leak detection, eliminating the need to split the inspection process.

Product Advantages

Rapid inspection with real-time data output significantly shortens testing cycles and improves production line or laboratory efficiency.

Non-destructive testing avoids loss of high-value samples (such as biologics and innovative drugs), reducing experimental and production costs.

Quick-change fixtures for standard samples, customized support for non-standard samples, meeting diverse and personalized testing requirements.

Simple and user-friendly operation requires no complex professional training, lowering personnel entry thresholds and training costs.

A single system achieves dual detection functions, eliminating the need to purchase additional oxygen leak detection equipment, thereby saving on equipment investment and floor space.

Technical Specifications