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Stryker Robotics

Stryker Mako Spine

[MED]· 2025
83.0

ROBOSCORE™ METHODOLOGY — 9 DIMENSIONS

Performance22%
Reliability20%
Ease of Use15%
Intelligence15%
Vendor Reliability10%
Value9%
Ecosystem7%
Safety5%
Design4%

Independently verified.
Not manufacturer-provided.

$1.4M

What problem does this solve?

Healthcare and clinical settings.

Who is this for?

Enterprise operations teams with dedicated automation budgets and integration requirements.

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Updated Apr 2026·4/4 data completeness·Report an error
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Stryker RoboticsStryker Mako Spine

BEST FOR

Healthcare and clinical settings

AVOID IF

Budget is primary constraint and manual alternatives exist

PAYBACK

TBD

COMPLEXITY

TBD

Robotic-assisted spinal surgery platform for pedicle screw placement with intraoperative CT guidance and real-time instrument tracking.

The Stryker Mako Spine earns a RoboScore of 83/100, placing it in the strong tier for healthcare and clinical robots. At $1.4M it sits in the premium enterprise segment, making it worth serious consideration for teams where precision and regulatory compliance is the priority. Stryker Robotics delivers a highly capable platform at this price point. FDA clearance status and clinical validation data should be verified before procurement.

Organizations with strategic automation mandates, dedicated robotics teams, and capital budgets above $500K. If precision and regulatory compliance is your primary decision criterion, the Stryker Mako Spine deserves a place on your shortlist.

Any operation without a clear, validated ROI model showing payback within 24 months. If your requirements center on a different set of capabilities, compare alternatives in the medical category before committing.

Performance
8425%
Reliability
8720%
Ease of Use
8415%
Intelligence
8315%
Value
7010%
Ecosystem
798%
Safety
915%
Design
832%

Intelligence

Navigationintegrated optical

Other

Planningintraoperative CT
Trackingreal-time 3D
ClearanceFDA 510(k)
Procedurespinal fusion, pedicle screws
Screw Accuracy97.5% Gertzbein A/B

The Real Cost of Ownership

Purchase price is only 40-60% of the true cost. Here's the full picture.

Purchase Costs

MSRP

$1.4M

CURRENT

$1.4M

Operating Costs (Annual)

MAINTENANCE LOW

MAINTENANCE HIGH

5-Year Summary

$1.4M

Purchase price + estimated 5 years maintenance

2
$25/hr
1
$1,400,000

Monthly savings

$8,333

Payback period

~14yr

3-year net ROI

-79%

5-year savings

-$900,000

IntervalTaskEst. Cost
DailyVisual inspection & debris removal
WeeklySensor calibration check & log review
MonthlyLubrication, belt/chain tension check$50–150
6-MonthFull mechanical inspection & software update$500–2,000
AnnualComprehensive overhaul & recalibration$2,000–10,000

Service Details

Warranty:Contact Vendor
Support:Contact Vendor
Response:Contact Vendor
Spare Parts:Contact Vendor

Operator Training

Contact Vendor

Typical Training Plan

SAFETY & BASICS

2–4 hours

OPERATIONS

4–16 hours

TROUBLESHOOTING

2–8 hours

MAINTENANCE

4–16 hours

Before purchasing the Stryker Mako Spine, ask the vendor these critical questions:

  1. 01What is the total cost of ownership over 5 years?
  2. 02What does the warranty cover, and what's excluded?
  3. 03What is your average response time for critical issues?
  4. 04Can you provide references from similar deployments?
  5. 05Is a pilot program available before full commitment?

... and 15 more critical questions

83.0/ 100
Performance
8425%
Reliability
8720%
Ease of Use
8415%
Intelligence
8315%
Value
7010%
Ecosystem
798%
Safety
915%
Design
832%

Purchase Price

$1.4M

Est. Annual Maintenance

Est. $210,000–$280,000/year (15–20%)

5-Year Total

Requires pricing data

Cost per Shift

Cost per Hour

Based on industry averages. Actual costs vary.

Stryker Robotics

Founded

EST. 1941(85 years)

Funding

Undisclosed

Employees

Undisclosed

HQ

US

Vendor Health Score

Health score pending verification

Certifications data being verified. Contact manufacturer for compliance documentation.

Not sure if Stryker Mako Spine is right for you? Ask Robotimus.

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How much does the Stryker Mako Spine cost?
The Stryker Mako Spine is currently priced at $1.4M. Total cost of ownership including maintenance, integration, and training is typically 1.5-2.5x the purchase price over 5 years.
What certification do I need to operate the Stryker Mako Spine?
Operators should hold at minimum an RCO Foundation (Level 1) certification. For programming and integration work, RCO Specialist (Level 2) is recommended.
How long does it take to deploy the Stryker Mako Spine?
Deployment timelines for Medical & Healthcare robots typically range from 2-12 weeks depending on facility complexity and integration requirements.
Should I buy, lease, or hire the Stryker Mako Spine?
Buy if you plan to use it for 3+ years at high utilization. Lease (typically $38,889/month) if you want flexibility and upgrades. Hire through RoboWork if you need it for a project or pilot — no capital expenditure required.
How does the Stryker Mako Spine compare to alternatives?
With a RoboScore of 83/100, the Stryker Mako Spine scores in the top tier for Medical & Healthcare. Use our comparison tool to evaluate it against up to 2 other robots across all 8 scoring dimensions.