Kaye ValProbe RT 1.3

ValProbe RT, Kaye’s industry leading wireless validation system, is ready to operate at version 1.3. This major software update implements many new features that greatly improve user experience.

Common Reporting Tool 1.4

The Common Reporting Tool is a comprehensive software compatible with Windows based PCs. It enables you to create reports from your Kaye Validator AVS or ValProbe RT Qualification study files, offering a practical solution for documenting the results of your validation studies.

Kaye LTR-200

The Kaye LTR-200 is a multi-purpose Temperature Calibrator specifically designed to address the capacity and flexibility needs for thermal validation. This essential Temperature Calibrator utilizes its ability to perform Temperature Calibration on up to 24 thermocouples capacity. Due to hybrid technology, the LTR-200 Temperature Calibrator saves hours of time and effort when calibrating or verifying validation Temperature Sensors.

Kaye ValProbe RT 5-Channel Bendable Logger

The real-time Kaye ValProbe RT data loggers, obtainable in one and two sensor versions, are now also available with five sensors in conjunction with bendable probes. The advanced electronics of the loggers in combination with the PT-1000 Sensors achieves an accuracy of up to 0.10°C and at the same time enable an extended battery life. This Logger supports up to 100,000 samples per measurement channel – so a total of up to half a million datapoints per device.

Kaye Console Keyboard

Elevate your work and stay connected with the unique Kaye Keyboard, designed to seamlessly integrate with the Kaye Tablet Console. Experience convenient features that transform the way you work on the go.

We are pleased to announce a new, strategic partnership between Kaye and SOCIETE 2F Service, strengthening our commitment to providing cutting-edge solutions for the pharmaceutical, and biotechnology sectors in Tunisia and Algeria.

It's more clear than ever, especially amid the COVID-19 pandemic, that monitoring and documenting temperature, relative humidity, and other critical parameters are crucial not only during the production of pharmaceuticals but also in their storage, transport, and finally to the consumer through the pharmacy. The storage and distribution of temperature-sensitive vaccines have caught the public's attention through internet and television, making the public more aware of this as a key quality criterion. The importance of maintaining the cold chain was a common topic of public discussion.

Accurate temperature measurement hinges on the proper use of temperature sensors. Among various factors, one aspect holds significant importance that is often overlooked: the correct immersion depth of the sensors. This blog post aims to highlight this frequently overlooked detail – the correct immersion depth of the sensors – and impart a deeper understanding of its importance to the readers.

Looking back on the exciting technological history of the 90s, one can't help but feel a sense of nostalgia for achievements like 3.5" diskettes, Excel spreadsheet calculations, or thermal paper printouts. That decade saw the pharmaceutical industry and regulatory authorities still in their infancy when it came to issues like data security, data integrity or even the ALCOA principles. 

Precision and reliability are of the utmost importance in the validation of thermal processes. These requirements demand time-consuming and complex procedures for the validation, calibration, and verification of the instruments used. In this context, the Kaye IRTD, a high-precision traceable temperature standard, plays a noteworthy role. Its application is crucial for the accuracy of Kaye's validation systems, like the Kaye AVS and the Kaye ValProbe, and thus forms an integral part of these verification and calibration processes. However, the use of temperature standards also brings specific challenges and potential risks. This article shows how such risks can be minimized, and the validation and calibration processes can be optimized and have their risks reduced.