CHNSpec Technology （Zhejiang）Co.,Ltd chnspec@colorspec.cn 86--13732210605
In the dairy production process, accurate detection of lactose concentration is a key link in ensuring product quality. However, the residue problem after testing often brings trouble to production enterprises. Milk residue not only affects the accuracy of subsequent testing data but may also increase equipment cleaning costs and downtime. The CHNSpec Inline Liquid Concentration Detector (CRN50/52/56 series), with its easy-to-disassemble design and efficient cleaning performance, has become an ideal choice for dairy factories to solve lactose detection residue problems.
I. Easy-to-disassemble design, cleaning without burden
The CHNSpec Inline Liquid Concentration Detector adopts flexible installation and disassembly structures, suitable for pipelines, tanks, and various scenarios in dairy production. Its process connection options support compact clamps and multiple flange specifications, making the disassembly process simple and convenient without the need for complicated tools, significantly reducing the difficulty of cleaning operations. To meet the hygiene requirements of dairy production, the liquid-contacting parts of the instrument are made of high-quality materials. Models CRN52/56 come standard with SS316L + sapphire and can also be configured with PTFE, Hastelloy, or other special materials depending on needs, reducing milk residue adhesion, making cleaning more thorough, and preventing buildup.
II. Intelligent cleaning solutions adapted to production needs
The instrument supports CIP (Clean-in-Place) and SIP (Sterilization-in-Place) functions, which can be integrated into the existing cleaning processes of dairy factories without adding extra complicated operations. At the same time, the optional CRN5-C1 ultrasonic cleaning module and CRN5-C2 high-pressure flushing module can perform targeted cleaning based on different residue conditions, ensuring that the probe of the instrument has no milk residue and always maintains detection accuracy. The cleaning process does not require disassembling core components, effectively shortening cleaning time and improving production efficiency.
III. Stable and accurate detection to safeguard product quality
In addition to excellent cleaning performance, the CHNSpec Inline Liquid Concentration Detector also performs excellently in detection capability. Its detection is not affected by medium color, turbidity, or bubbles. Even in the complex production conditions of dairy products, it can stably output key data such as lactose concentration, refractive index, and temperature. The instrument is equipped with built-in temperature compensation and a concentration data processing system, supporting users to establish data models on-site and customize parameters to further improve detection accuracy, providing reliable support for dairy product quality control.
IV. Worry-free and durable, reducing overall cost
The instrument uses an intelligent chip, requires no reagent consumables, and has a probe light source lifespan of up to 100,000 hours, effectively reducing later maintenance costs. It is equipped with a probe status self-diagnosis function that can quickly locate faults and shorten downtime. With IP68 protection level, excellent pressure resistance, and explosion-proof performance, it can adapt to the harsh production environments of dairy factories. From installation, use, cleaning, to maintenance, the entire process saves effort for enterprises and helps optimize production processes and enhance comprehensive competitiveness.
With the core advantages of easy disassembly and easy cleaning, the CHNSpec Inline Liquid Concentration Detector easily solves the lactose detection residue problem in dairy factories. Combined with stable and accurate detection performance and worry-free durability, it has become an indispensable detection device in dairy production. Choosing CHNSpec means making lactose concentration detection more efficient and cleaning easier, providing strong protection for dairy product quality.
