World Precision Instruments, LLC

In microsurgery, tissue damage is not always the result of a major mistake. More often, it's the cumulative effect of small technique variations that can influence healing, vascular integrity, and experimental outcomes. Our latest article examines four common causes of tissue trauma:
• Excessive clamping force
• Instrument-related thermal transfer
• Repeated tissue grasping
• Poor instrument tip alignment
Understanding these mechanisms can help surgeons and researchers refine their technique, preserve tissue viability, and improve procedural consistency.
What tissue-handling principle has had the biggest impact on your microsurgical outcomes?
https://wpiinc.com/blogs/all/common-causes-of-tissue-damage-during-rodent-microsurgery-lab-research-guide

Precision matters in every cut.
In surgical, histology, and laboratory workflows, the choice of scalpel blade directly impacts tissue integrity, reproducibility, and overall data quality. That’s why understanding blade geometry is critical.
# 10 blades for broader tissue incisions
# 11 blades for puncture and entry cuts
# 15 blades for fine, controlled dissection
Each blade is designed for a specific level of precision and application. Selecting the right disposable scalpel isn’t just about preference. It’s about consistency, sterility, and reliable results in sensitive research environments. If your work depends on accuracy at the cellular or tissue level, blade selection is a small decision that makes a major difference.
https://wpiinc.com/blogs/all/disposable-scalpel-blade-guide

Precision in your methods section isn’t just documentation. It’s a signal to other researchers about what works.
With more than 1,380 peer-reviewed citations, the UMP3 Microinjection Syringe Pump has become a widely trusted tool for delivering consistent, repeatable results at the micro- and nanoliter scale.
From neuroscience and ocular research to pharmacology and microfluidics, researchers rely on the UMP3 to control one of the most critical variables in any experiment: fluid delivery.
In this article, we highlight how published studies are using the UMP3, and why it continues to be cited across disciplines.
If reproducibility matters in your work, this is worth a look.
https://wpiinc.com/blogs/all/how-researchers-are-using-the-ump3-microinjection-syringe-pump-in-published-studies

David Zemo, an Account Executive at WPI, will be joining the WPI team at the MPS World Summit in Washington, DC May 26–29.
Supporting customers throughout the Mid-Atlantic region of the United States, Dave works closely with researchers and laboratories developing organ-on-a-chip and microphysiological system applications. David will be available during MPS 2026 to discuss TEER instrumentation, microinjection solutions, imaging workflows, and the EVOM™ Chip platform for multiplexed TEER measurements in organ-on-a-chip systems. He will also be available to discuss application needs, configurations, and quotation requests for your upcoming projects.
We look forward to meeting you at MPS 2026. Get more details here https://wpiinc.com/blogs/all/wpi-exhibiting-at-the-2026-mps-world-summit