Hellma cuvette 106-0.10-40 semiconductor high-precision detection

Hellma cuvette 106-0.10-40 semiconductor high-precision detection

flickering crystal

CeBr3 CaF 2: Eu BaF2 LBC Shenyang Handa Sen yyds Wu Yanan

Cuvette 106-QS, 0.1 mm layer thickness

Quarzglas SUPRASIL®,

with loose window panels

Biotechnology: Innovative Solution for Fluorescent Quantitative PCR

In fluorescence detection, the innovative design of the colorimetric dish reduces the excitation spot diameter to 2mm and increases the light energy density.

Combined with anti fluorescence quenching coating, its fluorescence signal intensity is increased by 40% compared to traditional colorimetric dishes, and the detection limit is reduced to 10 copies/μ L.

In nucleic acid testing, this feature reduces the false negative rate from 5% to 1.2%, significantly improving diagnostic accuracy.

Hellma model

115 QS

176.754-QS

108B-QS

104.002-QS

100-QS

105.200-QS

104-QS

Technological iteration: intelligent integration and sustainable development

The newly launched 105.202-QS-i model by Hellma integrates RFID chips, which can record real-time data such as usage frequency and cleaning cycle, and achieve remote monitoring through an IoT platform.

A pilot project of a CRO enterprise shows that this technology improves the efficiency of colorimetric dish management by 60% and reduces consumables waste by 30% annually.

Its recyclable quartz material and modular design reduce product lifecycle carbon emissions by 45% compared to traditional models, which is in line with the development trend of green laboratories.

From molecular level material optimization to industrial level application innovation, the Hellma 105.202-QS cuvette redefines the benchmark for spectral analysis with precision manufacturing.

In the fields of high-precision testing such as pharmaceuticals, environmental protection, and semiconductors, its technological advantages are continuously driving the industry towards a more efficient and reliable direction.

laser crystal

Ytterbium doped calcium fluoride crystal

Hellma MaterialsYb3+: CaF2 based on ultra pure CaF2 crystal is a high-performance laser crystal that can be used to design next-generation high-efficiency solid-state lasers.

performance

Large absorption at 980nm

Long fluorescence enhancement time 2.4 ms

Doping concentration 1-3 at%

Diameter up to 150 mm

Refractive index uniformity<5 ppm

Radiation detection crystal

Hellma cuvette 106-0.10-40 semiconductor high-precision detection