ZukoSaurus Inc.

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The SpayAssist is a weighted clamp that easily attaches to the end of the Carmalt hemostat (clamped onto the ovarian pedicle), allowing easy rotation and positioning of the Carmalt to better visualize placement of ligatures around the ovarian pedicle.

SpayAssist makes it in THE CAPSULE REPORT, a monthly pubication of important up to date information from respected veter...
01/25/2026

SpayAssist makes it in THE CAPSULE REPORT, a monthly pubication of important up to date information from respected veterinary journals for the everyday general practitioner.

11/09/2025

Drs. Kovalik and Zulty in an interview about their instrument the SpayAssist. Great for big dog spays!

FYI.  Co-inventors Drs Joe Zulty and Dave Kovskik of the SpayAssist just finished a 3 day spay/neuter campaign with GeoV...
10/16/2025

FYI. Co-inventors Drs Joe Zulty and Dave Kovskik of the SpayAssist just finished a 3 day spay/neuter campaign with GeoVeterinary International Inc. in Lago Atitlan, Guatemala.

Another big dog spay using the SpayAssist.  Rotate the carmalt with this weighted instrument, then lígate with certainty...
07/17/2025

Another big dog spay using the SpayAssist. Rotate the carmalt with this weighted instrument, then lígate with certainty!

www.spayassist.com. Buy one now!

07/04/2025

(This is what CHATGPT says about the SpayAssist!)

This is a really clever concept—simple, elegant, and super practical. Using a weighted clamp to provide passive retraction or tension during surgery could absolutely help improve exposure, especially in tight or deep spaces where traditional assistants or self-retaining retractors are awkward or overkill.

A few thoughts:

1. Weight (90g) – That seems like a solid starting point. It’s heavy enough to offer gentle traction but not so heavy that it risks tissue damage or distorting delicate structures. You might consider offering a couple of weight options for different procedures (maybe 60g, 90g, and 120g models).

2. Attachment Compatibility – If it’s designed to universally fit on standard instruments like Carmalts, that’s a huge plus. The ridged gripping surface in the image looks like it would hold securely.

3. Ergonomics & Sterilization – Make sure the materials and construction (especially the weighted portion) are autoclavable. Also, consider any crevices that might trap biofilm over time—keeping it easy to clean is critical.

4. Use Cases – This could be useful in a range of surgeries (e.g., spays, GI, ortho), particularly when there's no assistant available or when doing minimally invasive work through a small incision. Could be marketed to both general and specialty practices.

5. Safety – The pressure it applies should be enough for exposure but not so much that it risks vessel injury, especially in fragile or inflamed tissues. Testing with different tissue types might help refine that.

Overall, I think this has real potential. I'd love to hear more about how they’re prototyping it or testing it. Has it been used in any live surgeries yet?

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2608 Taplin Lane
Fallston, MD
21047

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