测量装置制造的137家公司 ✓ 来自 11 个国家的 B2B 制造商、经销商和供应商 ✓ 提供快速信息和价格的特别服务 ✓
Aaronia was founded in 2003 by Mr. Thorsten Chmielus and mainly produces Spectrum Analyzers, Generators, Antennas and Shielding Materials. In 2004 Aaronia shipped its first spectrum analyzer.
In 2008 Aaronia presented a new generation of the SPECTRAN spectrum analyzer, the V4 series. It was the first handheld RF analyzer to reach a sensitivity of -170dBm DANL - a world record.
In 2016 Aaronia released the SPECTRAN V5 series - the world's first and only handheld, real-time spectrum analyzer. The frequency range for the V5 Series was extended from max. 9,4GHz to 20GHz.
Todays purpose of the enterprise is development, trade and sale of measuring equipment, technologies and rights of low and high frequency measurement technique, robotics as well as screening/shielding of RF and E-fields and fundamental research at the segment of communications and measurement engineering, furthermore the construction of own circuitries and measuring methods in particular for the development of extreme sensitive and precise high-frequency measurement devices.
- 测量装置制造 - We offer a simple, intuitive evaluation software for the precise analysis, documentation and comparability of flatness re...
- 测量装置制造 - Lamtech interferometers are based on the principle of grazing incidence of light, thus matte as well as polished parts ca...
- 测量装置制造 - It is possible to measure parts with a diameter up to 620mm
- 测量装置制造 - interferometric measuring systems for non-contact flatness measurement of finish-machined as well as polished precision p...
Interferometric measuring systems for non-contact flatness measurement of finish-machined parts.
TOPOS interferometers operate according to the principle of grazing incidence of light. The flatness of also rougher parts can be measured, which show no more fringe pattern with optical flats or Fizeau-interferometers. Next to lapped or ground parts also polished parts can be measured.
By default, TOPOS flatness measuring instruments are available with two different sizes of measuring field: with a diameter of 100mm or 50m. An adaptation towards special sizes is possible according to request.
The parts may consist of diverse materials:
Examples of application areas:
TEWS Elektronik laboratory measuring instruments
should be deployed whenever the moisture content of product samples
needs to be measured accurately. They are useful where conventional
moisture measuring methods, such as drying cabinets and Karl Fischer
titrations are too time-consuming.
Analyses are independent of natural
variations in product properties, such as color, grain size, salt
content or bulk density. These robust and functional systems are
extremely easy to operate - making operator error extremely unlikely.
Measurements can be stored on a PC network or USB memory stick for
further analysis.
A large number of different moisture
sensors will be used in the operations of our laboratory measuring
instruments. The tubular sensors are also able to measure density.
Large laboratory instruments for the sophisticated user, with the choice
of a built-in 10.4“ (26,4 cm) color touch screen or without the
built-in touch screen, for connecting to a PC-Monitor, Keyboard, and
mouse. In both circumstances, the “TEWS Moisture View ©” software guarantees the simplest operation and an easily viewed results display.
Possible Instruments Sensors
Here you will find the sensors that fit for your (Laboratory, Process, High-speed, please enter the appropriate one) TEWS instruments. We would be happy to help you with your selection according to your specifications concerning the moisture, density, and temperature range of your product.
Sensors
Implementation in Industry
TEWS Moisture and Density measuring instruments can be implemented in almost all branches of industry:
Food/Feedstuff
Coffee
Tobacco
Pharmaceuticals/Chemicals
Wood/Paper
source for 3D measurement technology. The Company develops and markets
computer-aided measurement and imaging devices and software. Technology from
FARO permits high-precision 3D measurement, imaging and comparison of parts and
complex structures within production and quality assurance processes. The
devices are used for inspecting components and assemblies, production planning,
documenting large volume spaces or structures in 3D, surveying and
construction, as well as for investigation and reconstruction of accident sites
or crime scenes.
Worldwide, approximately 15,000
customers are operating more than 30,000 installations of FARO's systems. The
Company's global headquarters is located in Lake Mary, Fla., its European head
office in Stuttgart, Germany and its Asia/Pacific head office in Singapore.
FARO has branches in Brazil, Mexico, Germany, United Kingdom, France, Spain,
Italy, Poland, Netherlands, Turkey, India, China, Singapore, Malaysia, Vietnam,
Thailand, South Korea and Japan.
- 测量装置制造 | 测量装置
- 测量装置制造 | 测量装置 | 废气测量仪
- 测量装置制造 | 测量装置 | 药品计量器具
- 测量装置制造 | 测量装置 | 装配测量仪
- 测量装置制造 | 测量装置 | 测量设备
AFRISO于1869年由Adelbert Fritz在Schmiedefeld/Turingia创建，是一家创新的中型家族企业，在全球拥有1000多名员工，其中550多名员工在我们的四个德国工厂。传统上，我们生产温度和压力的测量和控制装置。50多年来，我们也一直在制造用于环境保护的测量、控制和监测设备。
今天，AFRISO是加热和储罐系统安全领域的领导者之一，也是压力、温度和液位测量技术领域的工业合作伙伴。“智慧首页”等潮流话题与我们也有一个传统：我们从1997年就开始处理“楼宇内事件报道”的话题。自2012年以来，最新的智能首页一代得到了进一步的可持续发展，为您的首页的建筑安全、提高居住舒适性或改善室内气候提供了令人信服的传感器和执行器。
- 测量装置制造 | 测量装置 | 装配测量仪
- 测量装置制造 | 测量装置 | 测量设备
- 测量装置制造 | 测量装置
- 测量装置制造 | 测量装置 | 精密测量仪、精密测试仪表
- 测量装置制造 | 测量装置 | 厚度测量仪器
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- 测量装置制造 | 测量装置 | 测量设备
- 测量装置制造 | 测量装置 | 测量仪技术
- 测量装置制造 | 测量装置 | 自动测量装置
- 测量装置制造 | 料位测量系统
- 测量装置制造 | 测量装置 | 精密测量仪、精密测试仪表
- 测量装置制造 | 测量装置 | 转数测量仪
- 测量装置制造 | 测量装置 | 测量设备
- 测量装置制造 | 测量装置
- 测量装置制造 | 测量装置 | 水位测量仪
- 测量装置制造 | 力度测量仪器 | 拉力测量仪
- 测量装置制造 | 测量装置 | 数字仪表
- 测量装置制造 | 测量装置 | 测量仪器设计
- 测量装置制造 | 测量装置 | 精密测量仪、精密测试仪表
- 由玻璃、搪玻璃钢和其他耐腐蚀材料制成的反应釜系统生产
- 由不同金属和玻璃制成的压力反应釜生产
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