Spark Optical Emission Spectrometers
Innovate T5
Full spectrum optical emission spectrometer with an optical vacuum system and fully digital excitation source, designed for growing metalworking enterprises, automotive component suppliers and foundries, with a three-side open excitation stage for complex-shaped samples.
Overview
About the Innovate T5
The Innovate T5 employs an optical vacuum system that works in coordination with a fully digital excitation source, ensuring stable spectral data output even in complex working environments. The device is designed for growing metalworking enterprises, automotive component suppliers, and foundries, addressing diverse material analysis needs with its reliable detection performance.
With its simple and user-friendly operation, even new operators can quickly get up to speed. The equipment operates with consistent stability and reliability, providing continuous data support for quality control and process improvement. It is well-suited for metalworking enterprises seeking to enhance operational efficiency and competitiveness.
The Innovate T5 incorporates internationally advanced jet-electrode technology, utilizing a tungsten electrode. During excitation, an argon jet stream forms around the electrode, effectively isolating the excitation point from ambient air and thereby enhancing analytical precision. Its proprietary argon pathway design further minimizes argon consumption, reducing operational costs for users.
Innovate T5 Full spectrum Optical Emission Spectrometer adopts vacuum optical chamber design and all-digital excitation light source, and applies Japan Hamamatsu’s most advanced CMOS signal acquisition components, and each CMOS can be individually set parameters. This CMOS spectrometer not only contains the full-spectrum characteristics of CCD, but also has the extremely low detection limit of PMT for non-metallic elements, which has the advantages of accurate data and good long-term stability.
Capabilities
What the Innovate T5 is designed for
Features
- Jet-electrode technology with a tungsten electrode; an argon jet stream isolates the excitation point from ambient air.
- Proprietary argon pathway design minimizes argon consumption.
- Three-side open excitation stage which, combined with auxiliary components, enables detection of samples with complex shapes and irregular dimensions (e.g., thin metal wires, lightweight spring washers with a diameter of 1.5 mm, hexagonal bolt heads, curved cross-sections of pipes, etc.).
- Adopts a CMOS sensor produced by HAMAMATSU of Japan; enhanced UV sensitivity with excellent noise immunity; high-precision acquisition capable of detecting weak optical signals; high-speed data collection for improved detection efficiency.
- Windows-platform software supporting a multilingual operating system that can be customized as required; includes a database of over ten thousand sample brands and allows customization of built-in calibration curves.
- Online drift correction: compensates for measurement variation trends over time, helping to ensure ongoing measurement stability.
- NEW Operation Timer: displays real-time measurement countdowns, enabling operators to efficiently plan workflow steps.
- Precision valve block design, accurate and reliable airflow, enhance the stability of analysis.
- Pulse synthesis programmable digital light source, can optimize the parameters according to different materials and elements to ensure the accuracy of analysis.
- High-voltage safety protection design, one-key excitation, one-key stop.
- Intelligent curve function can meet the demand for material analysis, truly realize the analysis of unknown samples, no need to get entangled in the choice of model.
Typical applications
- Growing metalworking enterprises, automotive component suppliers, and foundries
- Quality control and process improvement
- Casting
- New Materials
- Metal Processing
- Aerospace
- Quality Control
- Scientific Research
- Metallurgy
- Metal Materials
- Quality Assurance
- Mechanical Processing
Before you choose
What decides whether it fits your task
Suitability is confirmed for a specific combination, not for a material family in general.
- Material and sampleThe base metal or material, its form and how the sample is prepared.
- Elements and rangesThe elements you must report and the concentration ranges that matter to you.
- Calibration and configurationThe calibration curves and configuration that will be supplied with the instrument.
- Operating conditionsWhere and how the instrument will be used, including site and utility requirements.
Configuration
Configuration and options
As listed in the manufacturer documentation. The configuration supplied is confirmed in the quotation.
- Database of over ten thousand sample brands
- Multilingual operating system that can be customized as required
- Customization of built-in calibration curves
- JB-4B Argon Purifier
- CWY-II-1KVA Stabilizer
- MYJ-1A Grinding Machine
- OT2-A180A Mini Lathe
- CRM (listed under Optional Accessories without a model code or expanded name)
- Auxiliary components used with the three-side open excitation stage for complex/irregular samples
Technical specifications
Innovate T5 specifications
Values as stated in the current manufacturer documentation. Conditions that apply to a value are shown beside it; confirm the configuration for your application with the quote.
Next steps
Evaluate, purchase and support
Technical Evaluation & Sample Testing
How an application is reviewed before a configuration is proposed.
Service & Support
Installation, training and after-sales assistance for installed instruments.
Discuss Innovate T5 for Your Task
Share the material, target elements and sample form. The configuration and quotation are confirmed against your requirement.