Microbial Identification Mass Spectrometer

Introduction

A microbial identification mass spectrometer identifies microorganisms based on protein fingerprinting. It is widely used in clinical microbiology. The system ensures rapid pathogen identification. It solves slow culture-based methods. By providing mass spectral profiling, it supports infection diagnostics.

Standards

European Pharmacopoeia 2.2.25-Spectrophotometry, ultraviolet and visible

ASTM E275-08(2022)-Standard Practice for Describing and Measuring Performance of Ultraviolet, Visible, and Near-Infrared Spectrophotometers

Complies with the above standards, but is not limited to them.

Features

1. USB, RS232 or printer options export results and reports.

2. Software tools support spectral scans, standard curves and kinetics.

3. Cuvette holders and accessories suit different sample types.

4. Long-life lamp reduces routine replacement and downtime.

5. Automatic wavelength calibration and self-checks support reliability.

FAQ

What is the Microbial Identification Mass Spectrometer mainly used for?

The Microbial Identification Mass Spectrometer is used to measure absorbance, transmittance or concentration of samples across a defined wavelength range. It supports quantitative analysis, purity checks, kinetics and quality control in chemistry, biology, pharmaceutical and environmental laboratories.

Which standards and regulations apply to the Microbial Identification Mass Spectrometer?

The instrument is designed with reference to IEC 61010 electrical safety requirements and relevant GB/T standards for spectrophotometers, including wavelength and photometric accuracy. Procedures should follow applicable standard methods. Compliance documentation can be provided on request.

How long is the warranty period?

A 12-month warranty applies to the complete equipment against defects in materials and workmanship. It excludes consumables, wearing components and accidental or misuse damage. Our service team handles claims against the serial number, and longer cover can be arranged.

Is the Microbial Identification Mass Spectrometer difficult to operate?

Routine operation is straightforward and is covered in the user manual, including setup, daily use and basic maintenance. Staff with basic laboratory experience can run it after a short familiarisation. We provide remote guidance and can arrange on-site training where required.

How long does delivery usually take?

Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.

Does the Microbial Identification Mass Spectrometer need calibration or verification?

Regular calibration keeps measurements within the stated accuracy; an annual check is typical, with shorter intervals for heavy or regulated use. Reference standards and procedures are described in the manual. We can quote calibration with certificates.

Are the consumables universal or proprietary?

Filters, seals, probes and similar items are standard and can be supplied through our channel. Customers may also source equivalent items that meet the specification. Provide the model and serial number to confirm compatibility before ordering.

Can the Microbial Identification Mass Spectrometer be customised?

Customisation is supported for many installations, including tailored parameters, connections and accessories. Our team reviews the requirement and confirms feasibility and lead time in advance. We avoid committing to options that cannot be delivered reliably.

How is the Microbial Identification Mass Spectrometer commissioned?

Benchtop and standard units typically require only placement and connection before use, while larger systems may need professional commissioning. We confirm the installation requirements at order stage. On-site service and training can be provided if needed.

What maintenance and safety points matter?

Do not measure highly corrosive or incompatible samples, use dirty cuvettes or skip blank correction. Verify wavelength and photometric accuracy periodically. Follow laboratory safety rules.