For Medical Device Manufacturers

Battery validation, built for medical devices.

Centralize electrical, mechanical, and environmental test data. Accelerate supplier qualification, support regulatory submissions, and prevent costly recalls.

Implantables Wearable Monitors Portable Equipment Surgical Tools
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Test Coverage

Every test category required for medical device validation.

Micantis integrates data from electrical, mechanical, and environmental test programs in one place.

Electrical Safety & Abuse

  • Short circuit (room and high temp)
  • Overcharge and forced discharge
  • High rate / abnormal charge
  • Internal resistance and EIS
  • Over discharge protection

Standards: IEC 62133, UL 1642, UL 2054

Mechanical Tests

  • Vibration and mechanical shock
  • Crush and impact
  • Drop tests (pack and enclosure)
  • Mold stress relief
  • Acceleration tests

Standards: IEC 62133, UL 1642, UL 2054, UN 38.3

Environmental Tests

  • Thermal abuse / high temp exposure
  • Temperature cycling
  • Altitude / low pressure
  • Humidity exposure
  • Fire exposure

Standards: UL 1642, UL 2054, IEC 62133, UN 38.3

How Micantis Helps

From scattered test data to a defensible validation file.

Unified Platform

Multi domain test data, in one place.

Create a digital battery passport linking every test result to the cell and lot that produced it. Electrical, mechanical, environmental, and supplier documentation in one searchable record.

  • Electrical: OCV, impedance, cycle life, safety abuse
  • Mechanical: Drop, crush, vibration, shock, impact
  • Environmental: Thermal, altitude, humidity, temperature cycling
  • Supplier docs: CoC, CoA, analysis reports
Digital battery passport linking multi-domain test data

Used Across

Trusted across medical device categories.

Implantable devices

Life sustaining devices where battery failure is catastrophic.

  • Pacemakers and ICDs
  • Neurostimulators (spinal cord, deep brain)
  • Implantable drug delivery pumps
  • Cochlear implants

Key challenge: Zero tolerance for failures. 5–10 year lifespan validation, hermetic seals, biocompatibility.

Wearable monitors & sensors

Continuous monitoring devices worn by patients.

  • Continuous glucose monitors
  • Wearable ECG and Holter monitors
  • Pulse oximeters and vital sign monitors
  • Wearable insulin pumps

Key challenge: Shelf life validation, self discharge control, lot consistency at scale.

Portable medical equipment

Battery powered equipment used in hospitals and emergency care.

  • Portable ultrasound
  • Infusion and PCA pumps
  • Automated external defibrillators
  • Portable ventilators and oxygen concentrators
  • Patient monitors

Key challenge: Reliability for emergency use, wide temperature range, ruggedization.

Surgical power tools

Battery powered instruments for surgical procedures.

  • Powered surgical staplers and cutters
  • Bone drills and saws
  • Portable electrosurgical generators
  • Powered retractors and endoscopic tools

Key challenge: High power discharge, sterilization compatibility, consistent performance.

Measurable Impact

What medical device teams gain.

75% faster

Supplier qualification cut from 12 months to 2–3 months with predictive cycle life and automated comparison reports.

80% less doc time

Compile validation reports in days, not weeks. All data accessible from one system.

90% faster RCA

Correlate field failures back to specific test anomalies. Full traceability from device SN to all test data.

Recall prevention

Catch defective lots before device assembly through anomaly detection and cross domain correlation.

FAQ

Common questions from medical device teams.

Does Micantis replace our cyclers or test equipment?

No. Micantis integrates with your existing equipment and automates the data analysis, correlation, and reporting. You keep using the equipment you already have.

How does cross domain correlation work?

All test data (electrical, mechanical, environmental) ties back to the same cell or lot ID, so you can identify patterns across domains and predict which lots need extra scrutiny.

Can we import historical test data?

Yes. Bulk import from Excel, CSV, and 50+ cycler file formats so you can run correlation analysis on your existing dataset from day one.

How long does implementation take?

Most customers are operational within 2–4 weeks. Week 1 data integration, week 2 user training and spec configuration, weeks 3–4 pilot testing and report customization.

Primary or rechargeable batteries?

Both. We handle different standards (IEC 60086 vs. IEC 62133) and test protocols for primary and rechargeable battery types.

Ready to accelerate your medical device battery program?

From supplier qualification to regulatory submissions to production QC, Micantis supports your entire medical device battery journey.

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