sam tilkins - Nissha 360

23Sep 2025 by sam tilkins

Nissha Medical Technologies’ Vijay Kudchadkar to Present at PODD 2025

Design and Manufacturing, Events, Isometric, News, Nissha in the News

Buffalo, NY – September 2025 – Nissha Medical Technologies is pleased to announce that Vijay Kudchadkar, Director of Plastics & Sales Engineering, will be presenting at the upcoming Partnership Opportunities in Drug Delivery (PODD) Conference. The event will take place October 27–28, 2025, at the Westub Marriott Copley Place in Boston, MA.Presentation OverviewTopic: Miniaturization Advancement for Scalable Production Previously Thought Unattainable: Molding Thin Wall Cannulas, Microfluidics, and Micro NeedlesDate: Monday, October 27, 2025Time: 5:45 – 6:00 PM ETLocation: America Ballroom SouthPresentation HighlightsAdvancements in micro injection molding are creating solutions for a variety of drug delivery applications.As devices become smaller and more complex, manufacturers must have the expertise to produce precision, thin-walled components in difficult materials that are also scalable for controlled and effective drug delivery.This presentation will review what is…

15Sep 2025 by sam tilkins

Nissha Medical Technologies to Present at Device Talks West 2025

Events, Isometric, News, Nissha in the News

Nissha Medical Technologies – Isometric is excited to announce that Donna Bibber, Vice President of Corporate Development, will be presenting at this year’s Device Talks West Innovation and Industry Forums at the Santa Clara Convention Center. Presentation Overview Topic: Exploring the Significance of Design for Manufacturing (DfM) in Device MiniaturizationDate: Wednesday, October 15, 2025Time: 2:30 – 3:15 PMLocation: Room MCB B3/B5 In the specialized world of micro molding and assembly, the impact of Design for Manufacturing (DfM) grows as parts and assemblies become increasingly compact. DfM is not simply a manufacturing step—it is a foundational strategy that can distinguish an innovative device that reaches the market from one that remains a concept. This presentation highlights real-world case studies of miniaturized and ultra-precision medical devices. What to Expect Donna’s session will…

10Sep 2025 by sam tilkins

Nissha Medical Technologies to Exhibit at Med Tech Ireland

Events, Isometric, News

Buffalo, NY – September 2025 – Nissha Medical Technologies will be exhibiting at the upcoming Medical Technology Ireland Expo and Conference, taking place 24–25 September 2025 at Galway Racecourse.Visitors can connect with our team at Booth #90, where we will be featuring our Isometric Micro Molding capabilities.Isometric Micro Molding enables the next generation of medical device miniaturization. Through micro molding and automated assemblies, we help medical device innovators achieve designs that were once considered impossible. Our solutions support advancements in diagnostic and therapeutic technologies where precision, reliability, and scale are critical.At Booth #90, our team will highlight expertise in:Micro FeaturesThin Walls Tight TolerancesComplex GeometriesMicro HolesOver MoldingAlong with micro molding, we also provide Contract Design and Manufacturing (CDMO) and Emerging Technology capabilities, giving medical device companies end-to-end support and access to next-generation…

05Sep 2025 by sam tilkins

How Single-Use Electrodes Compare to Reusable Electrodes

ECG

According to the FDA, “ECG electrodes may be supplied for use as reusable, disposable, sterile, or non-sterile products.” Some might expect Reusable ECG Electrodes to be a more sustainable and cost-effective solution for many companies. However, when exploring the benefits and risks of different types of electrodes, it becomes clear that disposable/single-use electrodes are the better option for many practitioners. So what is the major difference between single-use electrodes vs. reusable electrodes? Benefits of Single-Use Electrodes As the name suggests, single-use electrodes need to be discarded after one use. Although some single-use electrodes are “reposition-able,” allowing adjustments if they are not properly applied, they should not be removed and reapplied later. NMT's PerformancePlus electrodes are our primary disposable electrode used in critical diagnostic situations. Signal & Motion ArtifactThe risk of failed…

02Sep 2025 by sam tilkins

Book with our Experts at our Miniaturization Lunch & Learn

General, Isometric

Lunch & Learns Nissha Medical Technologies is now offering a Lunch & Learn program! During this educational event with our experts, you and your team can learn about our cutting-edge solutions in micro molding and steering technologies. Micro Molding Topics include: Thin-Wall & Long Aspect Ratio Multi-Shot Micro Barbs & Sharps Biosensors Optics Sub-Micron Precision Tooling & Automation Micro 3D Printing Materials - Engineering Thermoplastics, Bioresorbables, Fluoropolymers, LSR, andLong-Term Implantables Steering Topics include: Sub-Millimeter Steering Constructs Articulation Greater Than 360 Degrees Polymers and Metals Thin Walled to Deliver Laser Fibers, Nitinol Baskets, Surgical Tools and Cameras Simplified Mechanics of Action Events can be held at your site, at our site, or online. For more information or to schedule an event contact us: 800.893.6361 or dm.info@nisshamedical.com LEARN MORE - Download our…

29Jul 2025 by sam tilkins

Defib Pad Placement Made Simple for Hospital Use

Defibrillator, FAQ, NMHS, Patient Monitoring

In a cardiac emergency, proper defib pad placement can save a life. An automated external defibrillator (AED) analyzes heart rhythm. If needed, it delivers a shock. For the shock to work, it needs to travel directly through the heart. That’s why correct pad placement matters.This guide shows where to place defib pads for adults and children. It uses simple steps and plain language, so responders can feel prepared when seconds count.Note: This guide is intended for general informational purposes only. Always follow the Instructions for Use provided with your defibrillator and adhere to your organization’s protocols.Why Defib Pad Placement MattersAEDs restart the heart or restore a normal heart rhythm by sending an electric shock through the chest. To be effective, the shock needs to pass directly through the heart muscle. Because…

22Jul 2025 by sam tilkins

Can Ultrasound Films Unlock the First Emotional Bond?

NMHS, Patient Monitoring

In today’s digital world, printed photos are becoming rare. For many expectant mothers, this means they only get digital versions of their baby’s ultrasound scan. Instead of printed ultrasound films or sonography papers, they leave with a file. Digital images are convenient. But holding a printed ultrasound feels different. It’s more real and more emotional. Printed ultrasound films aren’t just keepsakes. They may help both mothers and babies. In fact, research in maternal health and psychology supports this idea. The Science of the Bond and Ultrasound Film Benefits Maternal-fetal attachment (MFA) is the emotional connection between a mother and her baby during pregnancy. Small actions, like eating healthy, buying baby clothes, or rubbing the belly, can build this bond. Research shows ultrasound viewing may strengthen that connection, especially in the…

21Jul 2025 by sam tilkins

PMA Meaning in Medical Devices: HeartSync’s FDA Approval

Defibrillator, NMHS, Patient Monitoring, Quality

What is the PMA meaning in medical manufacturing, and why does it matter? PMA stands for Premarket Approval, the FDA’s most rigorous pathway for approving high-risk medical devices. In July 2023, Nissha Medical Technologies (NMT) received PMA approval for its HeartSync line of disposable defibrillation electrodes. This marked a milestone that reflects years of collaboration, testing, and innovation.PMA Meaning vs. 510(k): What's the Difference?To understand the definition of PMA, it helps to compare it to the more familiar 510(k) clearance process.The 510(k) pathway applies to moderate-risk devices. It allows manufacturers to demonstrate that their product is substantially equivalent to one already on the market.PMA approval is required for Class III, or high-risk, devices. Therefore, these products require extensive testing, clinical data, and a full FDA review before they can be…

15Jul 2025 by sam tilkins

EKG and ECG Placement: A Simple Guide

ECG, FAQ, General Health, NMHS, Patient Monitoring

Clinicians use electrocardiograms, commonly referred to as ECG or EKG, to assess the heart's electrical activity. The term "ECG" comes from English, while "EKG" uses the original German spelling "Elektrokardiogramm." Both terms mean the same test, and clinicians use them interchangeably.Accurate ECG placement is key to capturing signals that help with diagnosis and treatment. Clinicians apply ECG electrodes, also known as ECG stickers, to the skin to detect these signals. In this guide, you’ll learn how to place ECG electrodes step-by-step. You'll also get tips for better accuracy and see which mistakes to avoid.This guide is intended for general informational purposes only. Always follow the instructions for use provided by the manufacturer and your facility’s protocols.Understanding the BasicsECG tests record the heart’s electrical impulses, allowing clinicians to monitor rhythm, detect…

10Jul 2025 by sam tilkins

Defibrillation Pads: Essential Tools for Saving Lives

Defibrillator, General Health, Patient Monitoring

Sudden cardiac arrest (SCA) is one of the leading causes of death worldwide, claiming millions of lives every year. Quick access to a defibrillator and the right electrodes can dramatically improve outcomes. That’s where HeartSync defibrillation pads come in — providing reliable, fast-acting support when every second counts.What are HeartSync defibrillation pads?HeartSync Defibrillation pads, (or HeartSync Defibrillator Electrodes), are adhesive devices placed on a person's chest during a cardiac emergency. They conduct electric current from an AED or manual defibrillator to the heart, helping to restore a normal rhythm. HeartSync pads are designed for high performance in critical care situations, making them a trusted choice for hospitals, EMS, and athletic programs alike.How do defibrillation pads work?During cardiac arrest, the heart's electrical signals become irregular or stop altogether. When connected to…

Author: sam tilkins