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Integrated Solution for Spine Surgery

28/10/2026

🔬 Exploring the Future of Navigation-Guided UBE Surgery

Unilateral Biportal Endoscopy (UBE) is an evolving approach to minimally invasive spine surgery. How can spinal navigation technology support this technique?

Our latest article explores how optical tracking, surgical instrument localization, and real-time navigation displays may contribute to navigation-assisted UBE workflows.

Discover the key technical considerations and future opportunities for integrating spinal navigation with endoscopic spine procedures.

👉 Read the full article: [https://www.perlove.net/spinal-navigation-robot-and-ube-surgery-advancing-precision-in-minimally-invasive-spine-surgery/]

20/10/2026

Advancing Orthopedic Excellence | The 26th Perlove Medical Orthopedic Precision Diagnosis and Treatment Seminar

The 26th seminar brings together orthopedic experts and clinicians for expert-led learning, insightful exchanges, and hands-on training.

With an upgraded curriculum featuring UBE (Unilateral Biportal Endoscopy), the program focuses on minimally invasive spine surgery and real-world clinical needs.

From expert guidance to intelligent imaging and surgical systems, Perlove Medical empowers clinicians with innovative technologies for precision orthopedic care.

14/10/2026

🤖 Smarter Navigation, Greater Surgical Precision!

Discover the Perlove Orthopedic Surgical Robot — designed to enhance surgical precision and workflow efficiency.

🔹 Sub-millimeter Optical Tracking – Accurate real-time tracking and positioning

🔹 Intelligent Surgical Planning – Optimized surgical pathways and implant simulation

🔹 6-DOF Robotic Arm – Precise positioning with force-sensing technology

🔹 Modular Surgical Instruments – Quick instrument changes without repeated calibration

💙 Empowering surgeons with intelligent technology for more precise and efficient orthopedic procedures.

30/09/2026

Where is orthopaedic robotics heading over the next 10 years?

This new perspective explores how robotic systems could evolve beyond surgical precision toward smarter planning, clinical decision support, patient-specific adaptation, intraoperative assessment, and surgical education.

One point I found particularly interesting: greater technical accuracy does not necessarily translate into better patient outcomes. The next generation of robotics may therefore need to focus less on simply executing a plan more precisely, and more on helping surgeons make better, patient-specific decisions.

An interesting read for anyone following orthopaedics, medical robotics, and AI in surgery.

📄 Read the full article:
https://www.sciencedirect.com/science/article/pii/S1877056826002240

17/09/2026

**Robotics Enters the Spine. 🤖**

Surgical robotics is moving beyond joint replacement.

In February 2026, the FDA cleared a new surgical platform for spine procedures that brings **planning, navigation and robotic assistance** together within an integrated workflow.

This reflects a broader shift in surgical technology: from standalone tools toward more connected digital platforms.

**Could spine surgery become the next major frontier for surgical robotics?**

Source: U.S. FDA
https://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfpmn/pmn.cfm?ID=K253381

10/09/2026

ORTHO 101 | EP.02 🦴

What is Total Hip Arthroplasty (THA)?

A quick look at hip replacement surgery, from the procedure itself to key surgical considerations.

27/08/2026

🦿 Primary vs. Revision Knee Arthroplasty

A primary knee replacement treats a damaged joint for the first time.
A revision knee replacement manages problems with a previous implant.

Understanding the difference helps patients choose the right path to recovery.

19/08/2026

Is surgical robotics transforming Total Knee Arthroplasty (TKA)? Here’s what the clinical data shows! 🩺🤖

While manual TKA relies heavily on mechanical jigs and surgeon experience, robotic-assisted surgery introduces sub-millimeter precision backed by peer-reviewed evidence:

📉 Fewer Outliers: Reduces alignment errors (>3° deviation) from up to 24% in manual cases down to under 3%.
🩹 Better Soft-Tissue Protection: Real-time dynamic gap balancing minimizes soft-tissue trauma and leads to smoother post-op recovery.
🛡️ Occupational Safety: Optical tracking cuts down on repetitive intraoperative fluoroscopy, reducing radiation exposure for the OR team.

Precision isn't just about technology—it’s about defining the new standard of care for patients and surgical teams worldwide. 🌍

What are your thoughts on integrating robotics into routine orthopedic care? Drop your comments below! 💬

Address

No. 97/99, Wangxi Road, Jiangning District
Nanjing

Telephone

+8613905192907

Website

http://www.perlove.com.cn/

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