Optima Surgical

Most spine surgery patients don’t even realize this device exists.

After a spinal fusion, your body has to build new bone to create a solid fusion.

And that takes time.

A non-invasive bone growth stimulator, like the Spinalogic®, is designed to support your body’s natural bone-building cells so they can build bone more efficiently.

In one study, patients who used a stimulator fused 76 days faster than patients who didn’t use one.

That’s over two months sooner on average.

Faster fusion can mean:
• Faster recovery timeline
• Faster return to activity
• Greater confidence in the healing process

The best part? It’s non-invasive and worn outside the body.

If you’re preparing for spine surgery, or recently had one, you have the right to ask your doctor about it.

👉👉 Comment “STIM” and we’ll show you how to request one from your surgeon.

And check out our reviews to see how we support patients every step of the way.

Study 👉 ElSabeh, R., Stegall, R., & Abrahams, J. (2020). Increased spinal lumbar fusion with combined magnetic field (CMF) bone growth stimulation. Journal of Orthopedic Surgery & Techniques, 3(1), 84–91. https://doi.org/10.36959/453/526

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Optima Surgical is a leading supplier of medical devices for use in spine surgery. Our focus is on endoscopic spine, disc replacement, and fusion acceleration technologies that are all designed to help patients recover as fast as possible.

We have 5-star Google rating and we are based in beautiful Tempe, AZ.

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🦴 Preparing Autograft for a Spinal Fusion

In spinal fusion surgery, autograft refers to bone harvested from the patient — typically from the iliac crest or local bone obtained during decompression. It remains the gold standard in biologics because it provides:
✅ Osteogenic cells (living bone-forming cells)
✅ Osteoinductive factors (signals that stimulate bone growth)
✅ Osteoconductive scaffold (a framework for new bone to form)

However, modern spine surgery now includes a broad range of biologic options designed to complement or replace autograft:
• Allograft – donor bone processed for safety and used as a scaffold.
• DBM (Demineralized Bone Matrix) – exposes bone morphogenetic proteins for osteoinduction.
• Synthetic ceramics / calcium phosphates – osteoconductive options with predictable resorption.
• Cellular allografts – viable stem-cell–based formulations aiming to mimic autograft biology.
• rhBMP-2 and other growth factors – potent osteoinductive agents that drive fusion in select cases.

Every case is unique — the choice depends on surgical goals, anatomy, and patient factors.

💬 Surgeons: What’s your go-to biologic or combination strategy for achieving fusion success?

Endoscopic Spinal Fusion

Gone are the days of large incisions and long recoveries. Endoscopic spinal fusion brings precision, minimal tissue disruption, and faster return to life.

🧠 How it works: A tiny incision, an endoscope for vision, and specialized tools for disc removal, grafting, and implant placement—all through a small portal.

✅ Why it’s better: Less muscle damage, dramatically lower infection risk (0.001% vs ~1.2%), shorter hospital stays, less pain, faster recovery.

As with any new technique, long-term data and surgeon training matter—but the future is here.

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What is Artificial Disc Replacement?

Also called Total Disc Replacement (TDR), ADR replaces a degenerated spinal disc with a prosthetic that mimics motion, instead of fusing two vertebrae rigidly. 

🥅 The goal: relieve pain, restore function, and preserve as much “natural motion” as possible at that spinal segment. 

✅ Key Benefits of ADR

1️⃣ Preservation of motion / flexibility
Because the artificial disc allows controlled movement, adjacent levels don’t get overloaded as much. 

2️⃣ Lower risk of adjacent segment degeneration
With fusion, the segments above and below must absorb more stress, which can accelerate wear. ADR may reduce that risk. 

3️⃣ Faster recovery / less tissue disruption
Because you’re not fusing bone segments, tissue trauma is less, and recovery times tend to be quicker in many patients. 

4️⃣ Durability / long-term success. Some reports suggest ADR implants can last 70+ years in ideal conditions. Also, in lumbar disc arthroplasty, clinical success rates ~76.9% and patient satisfaction ~87.2% at 10 years have been reported. 

5️⃣ High satisfaction & safety profile
Many patients report excellent results — studies note satisfaction rates over 90% in some cohorts. 
Overall, ADR is considered a safe option in skilled hands, with lower complication rates relative to more invasive fusion procedures. 

👉 Notice how the surgical tech does not touch the disc surface with gloved hands at any point. That’s deliberate. Why? Because the more you touch an implant, the more you risk introducing bacteria, micro-contaminants, or damaging the sterile surface. By using instruments and sterile holders, the team minimizes infection risk and preserves the integrity of the prosthesis. That’s how small procedural details add big safety margins.