For many patients facing hip or knee replacement, the biggest concerns are accuracy, recovery time, and long-term results. Advances in technology have transformed how these procedures are performed, offering new levels of precision and personalization. Among these innovations, Mako robotic-assisted joint replacement stands out as a significant evolution in orthopedic care.
Few surgeons in the state are better positioned to explain why than Dr. Charles Calps, Atlanta's highest-volume Mako robotic joint replacement surgeon. With an unmatched depth of experience performing robotic-assisted procedures across the region, Dr. Calps has established himself as the state's foremost authority on Mako technology — combining cutting-edge technique with a patient-first approach that consistently delivers outstanding outcomes. Here is what makes Mako robotic joint replacement different.
Patient-Specific Surgical Planning for Hip and Knee Replacement
One of the defining features of Mako robotic technology is its ability to create a highly individualized surgical plan. Before the procedure, a detailed CT scan is used to generate a 3D model of the patient’s joint. This allows the surgeon to analyze the unique anatomy, identify areas of damage, and plan implant positioning with exceptional accuracy.
Rather than relying on standard measurements, the plan is tailored specifically to the patient. This level of customization helps ensure better alignment, which is critical for joint function and implant longevity.
Real-Time Robotic Guidance for More Precise Joint Surgery
During the procedure, the Mako system assists the surgeon with real-time guidance. A robotic arm helps execute the preoperative plan while allowing the surgeon to remain fully in control at all times. The system provides tactile feedback and built-in safety boundaries, ensuring that bone preparation stays within the intended area.
This precision reduces the risk of human error and improves consistency. For patients, that often translates to more natural joint movement and improved overall outcomes.
Preserving Bone and Soft Tissue with Robotic-Assisted Surgery
Traditional joint replacement techniques may involve more extensive disruption of surrounding soft tissues. With Mako robotic-assisted surgery, the focus is on preserving as much healthy bone and tissue as possible.
Because the system allows for more controlled and accurate bone removal, it minimizes unnecessary trauma. This can lead to:
- Reduced postoperative pain
- Less swelling
- A smoother early recovery phase
Tissue preservation is especially important for active patients who want to return to their normal routines as quickly as possible.
Better Implant Alignment for Longer-Lasting Joint Replacements
Proper implant positioning is one of the most important factors in the success of joint replacement surgery. Even small deviations can affect how the joint functions over time.
Mako technology enhances the surgeon’s ability to place implants in optimal alignment. This can help:
- Improve joint stability
- Reduce wear and tear on the implant
- Lower the risk of complications or revision surgery
For patients, this means a joint replacement that not only feels better but is designed to last longer.
A Data-Driven Approach from a High-Volume Surgeon
Experience plays a critical role in achieving the best outcomes. As one of Georgia’s highest-volume joint replacement surgeons, Dr. Claps combines advanced robotic technology with extensive surgical expertise.
High surgical volume is often associated with:
- Greater procedural efficiency
- Refined surgical techniques
- Improved patient outcomes
By integrating Mako technology into a high-volume practice, patients benefit from both innovation and experience.
A Smarter Approach to Joint Replacement
Mako robotic-assisted joint replacement represents a shift toward more precise, personalized, and patient-focused care. By combining advanced imaging, real-time surgical guidance, and expert technique, this approach is designed to optimize every step of the procedure. As Atlanta's highest-volume Mako robotic joint replacement surgeon, Dr. Charles Calps brings an unparalleled level of experience and skill to every procedure — giving patients the confidence that comes with choosing a proven leader in robotic orthopedic care. For individuals consideringhip replacement orknee replacement, understanding these differences can help them make more informed decisions about their care.
Frequently Asked Questions
- Is Mako robotic joint replacement fully automated?
No, the surgeon remains in full control throughout the procedure, with the robotic system providing guidance and precision support. - Does robotic-assisted surgery improve recovery time?
Many patients experience a smoother early recovery with less pain and swelling due to more precise and tissue-sparing techniques. - Is Mako technology used for both hip and knee replacements?
Yes, Mako robotic assistance is commonly used for both hip and knee joint replacement procedures. - How long does a Mako joint replacement last?
Implant longevity depends on multiple factors, but improved alignment with robotic assistance may help extend the lifespan of the joint. - Is robotic joint replacement safe?
Yes, when performed by an experienced surgeon, Mako robotic-assisted surgery is considered safe and effective with outcomes comparable or superior to traditional methods.
AUTHOR: Charles E. Claps, DO – Orthopedic Hip & Knee Reconstruction Specialist
Charles E. Claps, DO is a board-certified orthopedic surgeon specializing in hip and knee joint replacement at Resurgens Orthopaedics in the greater Atlanta area. He is highly experienced in advanced reconstructive techniques and is recognized as a leader in robotic-assisted joint replacement. Dr. Claps is committed to delivering exceptional outcomes through precision surgery, innovative technology, and personalized, patient-focused care.
Credentials & Recognition
Charles Claps, MD, earned his medical degree from the Lake Erie College of Osteopathic Medicine and completed his orthopedic surgery residency at University of Pittsburgh Medical Center - Pinnacle Health. He then pursued advanced fellowship training in Adult Joint Reconstruction at Wake Forest University. Dr. Claps is board certified by the American Osteopathic Board of Orthopedic Surgeons and the American Board of Orthopaedic Surgery. Dr. Claps is a Fellow of the American Association of Hip and Knee Surgeons, American Academy of Orthopaedic Surgeons, and the American Osteopathic Academy of Orthopedics. He has been recognized by the Surgical Review Corporation (SRC) as a Surgeon of Excellence in Minimally Invasive Hip and Knee Replacement. Dr. Claps performs more Mako robotic-assisted hip and knee replacements than any other surgeon in Georgia and frequently travels across the United States teaching fellow surgeons advanced robotic joint replacement techniques. Surgeons from around the country also visit to observe his surgical expertise firsthand.
Clinical Expertise
Dr. Claps specializes in Mako robotic-assisted hip and knee replacement, including the direct anterior approach (DAA) for hip replacement. He utilizes the latest surgical technologies to optimize implant positioning, improve recovery timelines, and enhance long-term joint function.
Dr. Claps the Director of the Robotic Center of Excellence for Hip and Knee Replacement at Piedmont Fayette. He is affiliated with Ortho South Surgery Center, Fayette Surgery Center, and Piedmont Fayette Hospital, where he provides comprehensive joint reconstruction care.
Dr. Claps is passionate about patient education and believes informed patients achieve better outcomes. He strives to ensure every patient feels comfortable, confident, and fully supported throughout their surgical journey, from consultation through recovery.
Medical Disclaimer: This information is for educational purposes only and does not constitute medical advice. For diagnosis and treatment recommendations, please consult with Dr. Claps or another qualified orthopedic specialist.
Content authored by Dr. Charles E. Claps and verified against official sources.