Southmedic Inc.

08/29/2025

The first hour can make or break your clean.

From the moment medical devices leave the OR, the bioburden clock is ticking:

0–30 minutes: Soil is still moist—enzymes can pe*****te effectively.
30–60 minutes: Drying begins—removal gets harder.
After 60 minutes: Debris hardens, biofilm risk rises, and even multiple recleans may fail.

Our latest newsletter shows why timing + the right chemistry are everything, and how to get ahead of the bioburden clock.

Subscribe today and bring these findings into your workflow.

https://hubs.li/Q03Gc8Ky0

At HSPA this year, many of us watched borescope footage we can no longer ignore. Internal surfaces of orthopedic shavers, ultrasonic aspirators, and power tool attachments told the same story: hidden soils, corrosion, and defects—despite cleaning “by the book.

08/26/2025

Point-of-use sprays should support your workflow—not disrupt it. But many solutions on the market can be messy, hard to control, or dry out too quickly.

Splashes during application increase risk, and uneven coverage makes it harder to ensure proper cleaning. In busy sterile processing or OR settings, even small inefficiencies add up.

EcoZyme Foam Spray is designed for SPD and MDR teams—delivering our trusted multi-enzymatic formula with a non-aerosol application that ensures clean, controlled coverage every time.

Bozena, a technician at Oakville Trafalgar Memorial Hospital, put it simply:

“Product is not dripping and is less messy. Works well and I like the foam.”

Minimize mess. Maximize efficiency.

Learn more about EcoZyme Foam Spray:
https://hubs.li/Q03FFlwb0

08/21/2025

The Overlooked Danger in Oxygen Delivery

When delivering oxygen, we focus on what’s going in—but what if the real danger is what’s not getting out?

Rebreathing carbon dioxide (CO₂) can quietly undermine a patient’s recovery, especially with traditional, closed-style masks that trap exhaled air.

Our Oxy₂Mask was designed to solve this.

With its open, patented design, it allows for unrestricted exhalation—reducing the risk of CO₂ buildup and supporting safe and smarter oxygen delivery for a wide range of patients and flow rates.

Explore the science behind CO₂ rebreathing—and why the right mask design matters more than ever: https://hubs.li/Q03DVclT0

08/18/2025

Attention Sterile Processing Professionals

Not all brushes are created equal—and not all are right for the medical device in front of you.

Using the wrong brush can lead to poor cleaning results, reprocessing delays, and even rework. And with so many brush options out there, even experienced techs can feel unsure about what to use—and when.

Southmedic’s CEU-accredited training, Brushes: The Mechanism to Clean, gives you the knowledge to select the right brush with confidence. Learn practical, standards-based insights you can apply right away.

Earn 1 CEU | Accredited by HSPA & CBSPD

Take the next step in your career. Register to earn your CEU credit
https://hubs.li/Q03CPdjq0

08/14/2025

Attention SPD/MDRD teams—what if “clean” isn’t clean at all?

The Lumens 2.0 study found debris hiding in 100% of lumened instruments inspected—even after “by the book” cleaning. Once soils dry, removal becomes exponentially harder, and patient safety is at risk.

This month’s newsletter breaks down why the first 60 minutes after use are critical, the role of enzymes in organic soil removal, and three simple changes to cut rework.

Subscribe to our newsletter today to learn more: https://hubs.li/Q03CPpkn0

At HSPA this year, many of us watched borescope footage we can no longer ignore. Internal surfaces of orthopedic shavers, ultrasonic aspirators, and power tool attachments told the same story: hidden soils, corrosion, and defects—despite cleaning “by the book.

08/12/2025

Respiratory therapists face constant pressure: time is short, patients are complex, and equipment should never slow you down.

But many are still using oxygen masks designed for a healthcare model that hasn’t evolved since the 1950s.

Inspired by journalist André Picard’s sharp critique of the Canadian healthcare system, this blog explores why implementation—not innovation—is the real barrier, and how smarter solutions like Oxy₂Mask are already making a difference.

Delivers 24–90% FiO₂
Reduces mask swaps and inventory complexity
Improves patient safety and comfort
Safer even at lower flow rates

Discover how one simple change can support both your patients and your practice: https://hubs.li/Q03CqjKP0

08/07/2025

What happens when CO₂ lingers?

Not all oxygen masks allow for effective CO₂ clearance—and even low levels of rebreathing can impact recovery, especially in vulnerable patients.

Oxy₂Mask was designed to support safer, smarter oxygen delivery.

Its open design allows CO₂ to escape the mask—even at lower flow rates—helping reduce CO₂ buildup without adding complexity to your workflow.

Let’s put an end to CO₂ rebreathing.

Read more in our latest blog: https://hubs.li/Q03BQgZC0

08/05/2025

Attention SPD and MDRD professionals!

The complexity of modern medical devices presents unique challenges in sterilization and reprocessing.

Investing in your team's ongoing training is essential to ensuring the highest standards of patient safety.

Join our LinkedIn newsletter for insights on overcoming these challenges and elevating your department’s performance.

Check out the article and subscribe today!

https://hubs.li/Q03BmlKw0

I’ve been thinking a lot about the challenges SPD and MDRD’s are facing—like the increasing complexity of medical devices that require precise sterilization, the stricter compliance standards, and the mounting pressure to ensure patient safety. These aren’t small issues, and I know they can ...

07/30/2025

Our healthcare system is full of innovation—but too often, those innovations stay on the shelf.

As health journalist André Picard points out, we’re not facing a healthcare crisis, we’re facing an implementation crisis. Respiratory therapists feel that pressure daily: outdated tools, inefficient systems, and not enough time.

Enter Oxy₂Mask—an oxygen delivery solution designed for the realities of modern care. With a wide FiO₂ range (24–90%), open design for comfort and access, and the ability to replace up to 4 conventional mask types, it simplifies workflows and supports patient safety.

Read how Oxy₂Mask can help bridge the gap between innovation and implementation in our blog: Oxygen Masks Defined: How to Improve Patient Care and RT Efficiency.

https://hubs.li/Q03zzny40

07/28/2025

We’re proud to share that Southmedic Inc. has achieved ISCC PLUS (International Sustainability and Carbon Certification) for our Barrie, Ontario facility.

This certification recognizes our commitment to sustainable practices, including the use of bio-circular materials in our products and responsible production processes.

As we continue to “find a better way,” this milestone reflects our ongoing dedication to advancing safety, sustainability, and innovation in healthcare.
https://hubs.li/Q03y_fDg0

07/24/2025

Constantly switching between oxygen masks to meet changing patient needs?

Each mask change is time-consuming and disrupts patient care.

Traditional masks don’t offer the flexibility to seamlessly transition between different oxygen levels, slowing down treatment in critical moments.

The Oxy2Mask’s wide FiO2 range (24%-90%) makes it easy to adjust oxygen levels without changing masks, saving time and providing more responsive, continuous care.

Simplify your workflow and enhance patient comfort with Oxy2Mask’s versatile design.

Learn how to simplify your workflow with one versatile solution: https://hubs.li/Q03yNb380

07/22/2025

Still seeing residue after cleaning?

It could be more than just a rinse issue.

Harsh chemical detergents can leave behind corrosive residues that damage your medical devices and compromise sterilization.

Our latest LinkedIn newsletter explains how enzymatic cleaners like EcoZyme Ultra help reduce buildup, protect delicate surfaces, and support compliance.

Subscribe now to stay ahead of corrosion risks.
https://hubs.ly/Q03yhGzG0

Every week, sterile processing departments unknowingly shorten the life of their medical devices. Not from mishandling.