K&N Engineering的动态

Human errors are inevitable. Small changes by utilizing efficient systems can minimize mistakes. At KLT, our aim is for you to concentrate on the experimental details without having to worry about matching tubing lengths with specific media bottles. If a quick switch in your lab supplies could streamline your workflow, wouldn't you go for it?

Using the LaMotte Mobile Spin Lab and a 10 Way Spin Disk (203 series), we're showing you how to fill a spin disk properly - whether you're in the field on at a Water Testing Station. 1) Never touch the top or bottom of the disk with your fingers. 2) Keep the disk steady and level - don't mix the reagents. 3) Keep the disk dry. 4) Never under-fill the disk. Your last readings will be very high (not diluted enough). 5) Always use the disk cover so the Spin Lab can see what it needs to see. 6) Protect your product - seal the bag. Pro Tip: Use a dark surface when filling the disk - it's so much easier to see.

What happens after your fume hood fails in a test? Chip Albright, renowned expert in laboratory safety, shares invaluable advice for navigating the situation when your laboratory fume hood fails its tests. What to Do When Your Fume Hood Fails? - Read https://lnkd.in/dXquiKDz Website: www.gdwaldner.com Youtube: https://lnkd.in/gbikRikP WALDNER Group #LabSafety #FumeHoodMaintenance #SafetyFirst #LaboratoryProtocols

This Expert Hour, one of our customers wanted to know whether they could automate their sampling process from the pelletizer to get MFR results faster – feeding our lab melt indexers. Although the MI-Robo can be fed directly from the pelletizer and we have an online sampling system, we found that the best way forward was to evaluate direct online measurements with our online rheometer. We would than use our lab melt indexers to calibrate the online rheometer to give a correlated MFR. There are many different ways to speed up measurements and each way has its own distinct advantages.

It has been a long time since I have to invigilate lab sessions, maybe more than 5 years. This is Separation Processes 2 lab at FCEE, UTM, covering separation processes involving solid phases. List of experiments: 1. Vacuum Filtration 2. Spray Drying 3. Tray Drying 4. Double Effect Evaporation 5. Fluidised Bed 6. Sieving 7. Vapour Liquid Equilibrium (VLE) - no solid

LabVantage #ELN and #LES modules appear very similar and even use some of the same template pieces – so what’s the difference and which would be most fitting for your laboratory? We outline the differences and share considerations for each here: https://lnkd.in/g8yh2zbM

LabVantage #ELN and #LES modules appear very similar and even use some of the same template pieces – so what’s the difference and which would be most fitting for your laboratory? We outline the differences and share considerations for each here: https://lnkd.in/ga5r4fWG

LabVantage #ELN and #LES modules appear very similar and even use some of the same template pieces – so what’s the difference and which would be most fitting for your laboratory? We outline the differences and share considerations for each here: https://lnkd.in/e4G4y4Wu

What's the pain point? With regards to Solvents in your Lab? let's discuss

?? ???????? ???????????????? ???????? ?????????????????? ?? ???????? ???????????? ?????????????? ???????? ?? ?????????? ??????? Choosing the right liquid handling system can make or break your lab’s productivity. ?? From throughput capacity to labware compatibility, there are more factors to consider than you might think. Curious about what else you should look for? Swipe through our carousel to discover the must-have features every lab needs to know! ?? ???????????????? ??????????????????, ???????????????????????? ??????????????. www.market2science.com #LabAutomation #LabEquipment #LiquidHandling