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From supporting doctors with clinical diagnostics through to automating the identification of road defects. GPC is an award-winning software house with over 25 years of experience working with a range of sectors across the globe. Our innovative imaging software standardises measurements and consistently provides accurate results. Get accurate freight and stock dimensional measurements using a mobile device. Our 4D Portal provides a secure cloud application for collecting data from our 3D applications.
They told us that significant efficiencies can be found through recording the dimensions of freight. Utilising hand held or mounted low cost 3D camera technology, this point-and-click application can accuratelycalculate length, width and height dimensions using a single photo. Automatic object detection streamlines workflow and improves overall efficiency. Our application standardises wound measurements and consistently provides accurate results.
Wound Measure allows healthcare workers to quickly and accurately measure the dimensions of wounds, such as pressure ulcers, burns, leg ulcers and foot ulcers. The application utilises low cost 3D camera technology to provide length, width, depth and area measurements, all with a single picture. Traditional methods of measuring potholes are slow and restrictive. Our solution calculates volumetric measurements using a single photo.
Request a Quote Get Support. Measuring molecular weight distribution of polymer compound by size exclusion mode is one of the typical parts of HPLC and generally called gel permeation chromatography GPC. Nowadays there is an increasing demand for high throughput analysis even in well-established GPC.
Here we introduce a novel GPC analysis that affords both high throughput GPC results by overlapped injection using conventional size of columns and simultaneous determination of polymer additives. A refractive index detector RID that gives a response to a sample weight is commonly employed for GPC to calculate average molecular weight and polydispersity. On the other hand, A UV detector is used for determination of polymer additives such as antioxidants. Consequently, serially connected those two detectors were used for this study.
In GPC, there is hardly any eluates prior to exclusion limit. So if the sample elution band from previous injection is managed to be overlapped within this no elution interval in present analysis, short analysis cycle time can be obtained and it provides increased throughput in sequential analyses.
When two or more polymer additives are contained, correct determination of those small additives is difficult because complete separation of additives is almost impossible even using GPC columns of small exclusion limit due to small difference of molecular weight among those polymer additives.
To address this difficulty, a photodiode array detector PDA that affords spectrometric information as well as chromatographic results was employed to give increased separation of polymer additives by peak deconvolution function within a single GPC analysis.
Based on the chromatogram in Fig. HPLC columns can be damaged by sudden pump starts and stops or extreme gradient changes. There is no need to create startup protocols for each analysis. Reservoir tray weight sensors optional can be used to monitor the volume of mobile phase or autosampler rinse solution in up to twelve containers.
The containers can also be checked remotely from a smart device. You will no longer need to worry about running out of mobile phase mid-analysis, because the device will notify you before starting the run if the volume remaining is too low.
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