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Biyan (Shanghai) Instrument Technology Co., Ltd
Brooke direct reading spectrometer
NegotiableUpdate on 02/04
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Overview
The Brooke Q6 Newton direct reading spectrometer is a newly launched Brooke CMOS direct reading spectrometer based on 300 years of optical development history, which is particularly suitable for high load enterprises such as steel mills and foundries. Compared with traditional spectroscopy, it adopts many breakthrough design concepts and technologies, making it more compact in size, more powerful in analysis performance, lower in failure rate, and more economical and energy-saving to use.
Product Details
Product Introduction
Instrument Name: Q6 Newton Spark Direct Reading Spectrometer
Instrument model: Q6 Newton
Instrument origin: Germany
Instrument manufacturer: Bruker
Instrument Introduction
Q6 Newton is a newly launched spark direct reading spectrometer (OES) by Brooke based on 300 years of optical development history, which is particularly suitable for high load enterprises such as steel mills and foundries. Compared with traditional spectroscopy, it adopts many breakthrough design concepts and technologies, making it more compact in size, more powerful in analytical performance, lower in failure rate, and more economical and energy-saving to use.
1、 Main features of Brooke Q6 Newton direct reading spectrometer
1. One click intelligent operation makes the automation access of steel quick sorting simple;
2. Ultra fast analysis speed, only 10 seconds to produce results, improving analysis speed;
3. Durable and sturdy aluminum alloy overall frame, large-area spark table and heat dissipation technology;
4. RockSteady active and passive temperature control systems have a temperature control accuracy of over 0.2 ℃ in the light chamber;
5. Efficient argon gas management mode, optimized electrode coaxial argon gas flow and ultraviolet chamber argon gas flow, brings optimal stability while reducing argon gas consumption by 20%;
6. High precision uncoated CMOS detector, ultra fast, low-noise readout chain, with excellent data quality and low detection limitations.
2、 Instrument highlights
1. <20s high-precision measurement time
The advanced HighSenseTM detection technology can provide ultra fast measurement speed and ultra-high detection limit, and the accuracy is not affected at all.
2. ± 0.2 ℃ RockSteadyTM Constant Temperature System
Active thermal stability control and insulation devices can accurately maintain the temperature of optical components at the ideal set point. This means that stable analytical performance, fast operational preparation, and minimal energy consumption can be maintained over a wide range of environmental temperatures.
3. Dual chamber system Parallel MultiVisionTM
MultiVision? The optical system uses two high-resolution optical devices simultaneously: a vacuum ultraviolet (VUV) optical device and a visible light (UV/VIS) optical device. Each is equipped with RockSteadyTM temperature control system and HighSenseTM detection system.
4. Q6 NEWTON - Durable and long-lasting
Q6 NEWTON is an excellent OES solution for metallurgists and technicians to analyze the composition of metal alloys. The HighSenseTM detection system, SmartSparkTM excitation system, and RockSteadyTM constant temperature system are key elements for achieving accurate, fast, and reliable metal analysis. Just press the SmartButton button, and the Q6 NEWTON will unleash powerful features, providing lightning fast measurements, excellent precision and accuracy, and achieving extremely low detection limits when running 24/7.
The new argon gas transmission system ensures stable and economical supply of gas to two gas paths, electrodes, and ultraviolet light chambers, using coaxial argon gas flow technology. Compared with similar spectrometers, the intelligent argon gas saving program can reduce gas consumption by up to 40%. The spark table has low maintenance costs and is equipped with a sturdy and durable large sample table, which can easily and correctly position large volume samples. The pneumatic sample clamp ensures optimal sample contact and barrier free operation without sacrificing flexibility.
3、 Technical parameters
| Specifications | advantage | |
| Spark table sample holder | The spark table adopts coaxial argon gas flow technology, with low maintenance costs, large sample size, and durability | Low consumption and maintenance of argon gas, convenient for analyzing wire, irregular small samples, and large volume samples |
| Pneumatic, sample height:120 Millimeters. | Sample processing is easy. | |
| SmartSpark™Intelligent digital light source | Maintenance free digital light source for generating stable sparks: in1000 HzAmong the excitation frequencies, the current curve can be programmed, and the shortest discharge time can reach10 µs. | Improve accuracy and stability. |
| SafeGuard™Security activation protection | Through GermanyTÜV SouthSecurity certification. | Prevent incorrect sample positioning and ensure safe handling of various samples. |
| MultiVision ™ | Adopting optimized methodsEaster RungeStructure, dual optical system, and possessingRockSteadyTMConstant temperature system. | Synchronous measurement has fast speed, high resolution, accurate data, and long-term stability. |
| optical system | ||
| UV room | 130 - 200 nm (Argon filling). | Excellent non-metallic element analysis ability（NTheOTheCThePTheSEtc.), with high resolution and low argon gas consumption. |
| Visible light chamber | 190 - 620 nm (No argon gas filling). | High reliability and low operating costs. |
| HighSense™system | Using multiple non coated layersCMOSDetector, low dark current, fast readout speed | Improved sensitivity, resolution, and signal-to-noise ratio, thereby achieving high data quality and low detection limits |
| ArgonShield™ | Prevent contamination of optical components during the measurement process | Minimize maintenance to the greatest extent possible, without the need for additionalArConsumption. |
| Blowing system | New fast blowing mode and intelligent argon protection mode | The initial start-up is rapid, significantly reducing the consumption of argon gas. |
| Purity of argon gas≥ 99.998 %(Argon gas) 4.8） | ||
| 3 bar (± 10%)gas supply pressure | ||
| Copper tube (outer diameter) 6 Millimeters), withSwagelok®joint | ||
| Electrical data | 100 - 230 V/AC（± 10%），50-60 Hz | Compatible with all power and current configurations worldwide. |
| 16 A（240 V）Or25 A（100 V）Slow melting fuse | ||
| maximum600W，85 WStandby mode, typical value: measured as350W | ||
| Dimensions and Weight | 62 x 88x 48Centimeter (width)xdeepxHigh),~80kilogram | High performance design. |
| *)Including a constant temperature system |
4、 Application
1. Steel
Steel processing requires precise and accurate detection of various alloying elements (including low-N elements) in the feed and discharge.
2. Aluminum
Control the content of phosphorus and alkaline elements in aluminum
3. Copper
Copper is a component of many types of alloys. Q6 NEWTON covers all types, including the determination of trace oxygen elements in pure copper.
4. Titanium
Titanium alloy is a high-performance material that can be used in applications with strict requirements such as aerospace, defense, chemical, biomedical, etc.
5. Nonferrous metal alloys
Lead, zinc, tin, cobalt, nickel, and magnesium are widely used as alloying elements, but they also have multiple individual uses.
