Class I
Low risk
Bandages, manual stethoscopes
Most exempt; general controls
✓ Verified from official sourcesLast updated: 2026-05-10
⚠️ Important: Max Robotics is a coordination platform. We are not FCC engineers, lawyers, or a certification body, and we do not guarantee certification approval.
ℹ️ Figures shown are reference-only — always confirm against the latest official sources.
FDA Certification Guide
Most robots do NOT need FDA. This guide helps you decide if you do — and if you do, walks you through the 510(k) process.
1.Important: how to AVOID FDA when possible
⚠️ FDA scope is determined by your INTENDED USE — not your hardware.
Saying your robot 'monitors heart rate for medical diagnosis' triggers FDA. Saying it 'tracks wellness data for personal awareness' usually doesn't. Same hardware, different regulatory path.
🔴 Words to avoid in marketing
- diagnose / diagnosis
- treat / treatment / cure
- prevent disease
- medical-grade / clinical
- FDA-approved / FDA-cleared (unless you actually are)
- monitor for medical purposes
- alert physicians
- fall detection for emergency response
🟢 Safer alternative wording
- track wellness data
- general wellness
- lifestyle / fitness companion
- reminder / personal awareness
- safety check-in / activity log
- social companion
- for educational use
Same hardware, different regulatory paths
(1) 'Continuously monitors blood pressure and heart rate to detect cardiac events' = FDA Class II medical device, 510(k) required. (2) 'Tracks daily activity and sends gentle reminders to take medication. Not for medical purposes.' = General wellness, FDA exempt.
2.FDA device classification
Class II
Moderate risk
Most medical robots
510(k) clearance
Class III
High risk
Surgical robots, life-sustaining
PMA approval (much harder)
Robots that DO need FDA almost always fall in Class II. Class III is rare — usually requires extensive clinical trials and is outside most companies' scope.
3.Which robots must apply
❌ MUST apply
- Surgical robots
- Diagnostic imaging robots
- Robots that diagnose disease
- Active prosthetics
⚠️ Maybe required
- Rehab exoskeletons
- Medication-dispensing robots
- Automated patient transport
- Surgical-assist tools
✅ Not required
- Companion / social robots
- Cleaning robots
- Delivery / hospitality robots
- Pet / dog-walking robots
- General-wellness wearables
4.510(k) submission process (8 steps)
1
Identify predicate device
Find an already-cleared similar device. Your 510(k) claims 'substantial equivalence' to it.
⏱️ 1–2 weeks💰 Internal
2
Pre-submission meeting (Q-Sub)
Optional but highly recommended. Free meeting with FDA reviewers to confirm strategy.
⏱️ 60-day FDA response💰 $0
3
Bench + clinical testing
Performance + biocompatibility + electrical safety + EMC + clinical (if required).
⏱️ 2–6 months💰 $10K–80K
4
Build QMS (Quality System)
21 CFR 820 compliance: design controls, CAPA, document control, supplier mgmt.
⏱️ 3–6 months💰 $20K–80K
5
Compile 510(k) submission
510(k) summary, predicate comparison, performance data, labeling, IFU.
⏱️ 4–8 weeks💰 $15K–40K consultant
6
Submit to FDA
Pay user fee. FDA acknowledges receipt within 7 days.
⏱️ 1 week💰 $22K user fee
7
FDA review + deficiency letters
FDA goal is 90 days. Almost always gets a deficiency letter requesting more info.
⏱️ 3–6 months💰 $5K–10K per response
8
Receive 510(k) clearance letter
You may now market the device with the FDA-cleared positioning.
⏱️ —💰 $0
5.Cost: $50,000 – $200,000
FDA submissions are EXPENSIVE compared to FCC or UL. Here's why and how the costs break down.
Why so expensive?
- Clinical evidence is often required (months of trials, biostatisticians).
- Quality system documentation (QSR / 21 CFR 820) — entire ISO 13485-style infrastructure.
- Regulatory consultants charge $300–500/hour.
- Re-submissions if FDA requests changes (most do).
| Item | Cost |
|---|---|
| FDA user fee (510(k)) | $22K (small biz: $5.5K) |
| Regulatory consultant | $15K–60K |
| Clinical / bench testing | $10K–80K |
| QMS implementation (if first time) | $20K–80K |
| Re-submission fees (typical) | $5K–10K |
⏱️ Timeline: 6–24 months — most 510(k)s come back with deficiency letters that take 1-3 months to address.
6.Our recommendation
💡 Talk to a regulatory expert AT THE DESIGN STAGE — not after launch. A small re-positioning early saves $100K+ later.
💡 If your product can be re-positioned as 'wellness' rather than 'medical', do it. Saves time + money.
💡 If you DO need 510(k), find a similar predicate device that's already cleared. Substantially-equivalent claims are much faster than de novo.
💡 We provide a free 30-min triage call to figure out which path applies to your product.
7.Frequently asked questions
Do I need FDA if my robot is sold to hospitals but not for medical use?
If marketed for medical purposes — yes. If marketed as a general service robot (delivery, cleaning, etc.) — no, even if used in a hospital.
What's the difference between cleared and approved?
510(k) gives 'clearance'. PMA gives 'approval'. Most service robots take the clearance path; only Class III needs full approval.
Can a Chinese company file 510(k) directly?
Yes, but you must designate a US Agent (different from the FCC US Agent). We can refer specialists.
What's de novo classification?
Path for novel devices with no predicate. Slower and costlier than 510(k). Try to find a predicate first.
Is FDA mutually recognized with CE / NMPA?
No — completely separate. Each region has its own filing.
Do I need clinical trials?
Sometimes. If your device is substantially equivalent to a predicate, often not. Novel claims often require clinical data.
How does FDA differ from CE-MDR?
CE-MDR is the EU equivalent. Recently became much stricter (2021); now closer to FDA scope. Often need both for global market.
Get a free consultation
Tell us about your robot. We respond within 24 hours.
⚠️ Important: Max Robotics is a coordination platform. We are not FCC engineers, lawyers, or a certification body, and we do not guarantee certification approval.
ℹ️ Figures shown are reference-only — always confirm against the latest official sources.