Exploring the Advantages of Custom Robotic Knee Surgery at West Coast Joint & Spine Surgery Center

Knee pain can make everyday tasks feel harder than they should. West Coast Joint & Spine offers two robotic-assisted pathways: Mako for total knee replacement and VELYS Robotic-Assisted Solutions, which enable surgeons to plan and adjust procedures based on each patient’s unique anatomy. Exploring how these systems work, who may be a candidate, and what to expect from recovery can help you decide whether custom robotic knee surgery might be right for you.

What “Custom” Robotic Knee Surgery Means

Custom robotic knee surgery begins with imaging and planning tailored to each patient’s specific knee. A preoperative CT scan or intraoperative data is used to create a three-dimensional view of the joint, which the surgical team uses to create a patient-specific plan. During the operation, the surgeon uses robotic guidance to follow that plan and make bone preparations within defined boundaries. This approach is designed to enable surgeons to place implants in positions tailored to a patient’s unique anatomy, rather than relying on one-size-fits-all manual guides. Clinical resources describe the planning and guided execution components of systems such as Mako and VELYS.

How Mako and VELYS Differ in Approach

Mako programs the procedure from a CT-based 3D model so the surgical plan is built before incision, allowing the surgeon to map bone cuts and implant orientation according to the modeled anatomy. The robotic arm then helps maintain the planned boundaries while the surgeon prepares the bone for a Triathlon implant. Information on West Coast Joint & Spine’s Mako program explains the CT-based planning and AccuStop technology used to guide bone preparation.

VELYS Robotic-Assisted Solutions utilizes intraoperative data and optical tracking to provide real-time information and support decision-making during the operation. The VELYS workflow emphasizes gathering patient-specific measurements during surgery to help the surgeon achieve an implant fit that reflects the knee's natural balance and alignment. West Coast Joint & Spine describes how VELYS is used together with the ATTUNE knee system to support intraoperative adjustments and alignment choices.

Potential Benefits Patients May Experience

Robotic assistance may improve the accuracy of implant alignment and decrease variability between cases. Improved alignment has the potential to support knee function over time and may reduce abnormal wear patterns on implant surfaces, though individual outcomes vary. Some patients report less postoperative pain and quicker early functional gains after robotic-guided procedures, possibly because of more targeted bone preparation and reduced soft-tissue disruption. Studies and manufacturer resources suggest that robotic guidance can be associated with earlier hospital discharge in some cohorts, but not every patient will experience the same timeline.

Who May Be a Candidate for Robotic-Assisted Knee Replacement

People who continue to have significant knee pain, stiffness, or functional limitations despite conservative measures, such as medication, physical therapy, injections, or bracing, are often the ones who discuss surgical options with their surgeon. Candidates for total or partial knee replacement typically include individuals with degenerative joint disease, such as osteoarthritis, post-traumatic arthritis, or other joint conditions that affect daily life. Bone quality, overall medical health, prior surgeries, and activity goals all play a crucial role in determining whether a robotic approach is suitable. A personalized evaluation helps clarify whether Mako, VELYS, or a traditional method is best suited to a patient's needs.

What Recovery Commonly Looks Like After Robotic-Assisted Surgery

Rehabilitation is a crucial component of recovery following knee replacement. Physical therapy typically begins soon after surgery, focusing on gentle range-of-motion exercises and progressive strengthening. Some patients move through early milestones, such as walking with assistance and transitioning to home activities, more quickly. Long-term functional improvements typically depend on adherence to a structured rehabilitation plan, effective management of pain and swelling, and a gradual return to activity levels recommended by the care team. Individual recovery timelines vary and depend on factors like baseline fitness and the presence of other medical conditions.

How West Coast Joint & Spine Approaches Personalized Care

Personalized care at West Coast Joint & Spine begins with a comprehensive evaluation, which includes a review of your medical history, a physical examination, imaging studies, and a discussion of your prior treatments and personal goals. If robotic-assisted surgery is a consideration, the care team will review the planning process, discuss potential benefits and limitations, and outline a tailored rehabilitation pathway to support recovery. Patients are encouraged to ask about device options, expected hospital stay, pain management strategies, and what return to activity may look like for their lifestyle. Clear communication about expectations and available support promotes better engagement with recovery plans.

Take the Next Step

If persistent knee pain is limiting your daily life and conservative care has not provided adequate relief, consider scheduling a consultation to determine whether a custom robotic solution could be a suitable option. West Coast Joint & Spine offers both Mako for total knee replacement and VELYS Robotic-Assisted Solutions. Reviewing your imaging and health history with the team helps clarify which option best matches your anatomy and goals. Contact West Coast Joint & Spine to arrange an appointment and discuss the potential benefits and next steps toward improved knee comfort and function.