Technology Platform for Limitless Surgical Innovation.

Planatome is a technology platform revolutionizing surgical standards and healing. By leveraging our patented nano polishing, Planatome tools produce ultra-low-trauma surgical cutting, unparalleled wound healing, and a sharpness that lasts. This new standard of care benefits patients, surgeons, and healthcare providers.

Ground Edge
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Nano-Polished Edge
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TECHNOLOGY

Icon Scalpel
Planatome’s Patented Nano Polishing provides a disruptive solution to redefine the standards of surgical expectations.

PATIENTS

Icon Patients
Minimizing scarring, pain, and recovery time—our commitment to a better healing journey.

SURGEONS

Icon Surgeons
Achieve unprecedented surgical precision & durability with tools that protect your patients and elevate your practice.

The Planatome Story

By applying technology from the semiconductor industry, Planatome has delivered the first technological advancement for surgical blades in nearly 100 years. Using CMP, the company has optimized blade bevels and edges to near-atomic perfection. The result is an ultra-smooth, precise blade that allows surgeons unprecedented control of surface incisions with clean margins for better access and easier closing.
Planatome Blade Surface Roughness

Planatome blade surface roughness
Ra = 5 – 20 nm

Conventional Blade Surface Roughness

Conventional blade surface roughness
Ra = 5,000 – 50,0000 nm

Technology Advancements In Surgical Blades


Technology Advancements in Surgical Blades

  • Chemical mechanical planarization
  • Nano-polished to the molecular level
  • Average surface roughness 1,000xless than conventional blades

The Planatome Difference

Ultra Smooth, Nano Polished Surface

Reduced inflammatory response

Faster Tissue Recovery

Minimized scarring

Less Traumatized Wound Edges

Reduced postoperative pain

40% Less Macrophage Density

Faster recovery time

With a smooth, sharp blade, there is less tissue trauma during the incision. This is critical, as tissue trauma, with micro-tears from the jagged edge of traditional blades, promotes macrophage density and inflammatory response. This produces more bleeding, more postoperative pain, slower incision closure, and a long-term cosmetic impact from scarring.

Conversely, Planatome surgical blades create less tissue damage, less bleeding, and clean margins. The blades inhibit macrophage density, limit inflammatory response, and, based on results from surgeons using Planatome blades, less scarring.