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Electrosurgery Equipment Power Supplies
High-Frequency, High-Reliability Power for Surgical Precision
Horizon PSS designs custom and semi-custom power supplies specifically engineered for electrosurgical units (ESUs), RF ablation systems, and plasma surgical devices. Power solutions address RF noise isolation, instantaneous load transients, and IEC 60601-2-2 compliance for high-frequency surgical equipment.
Find Your Product
Product
Type
Power
Input Voltage
Output Voltage
Action
Product:
RxxPxx/R Series
Type:
DC-DC
Power:
1W
Input Voltage:
5-24VDC
Output Voltage:
3.3-15VDC
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Product:
MFC15 SERIES
Type:
AC-DC
Power:
15 W
Input Voltage:
90-264VAC
Output Voltage:
5-24 VDC
View
Product:
TPS 3650
Type:
AC-DC
Power:
1800W
Input Voltage:
115 / 230 VAC
Output Voltage:
0 - 36V
View
Product:
CSU1800AP-3-100
Type:
AC-DC
Power:
1800W
Input Voltage:
180-264VAC
Output Voltage:
12V
View
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Meeting Engineering, Procurement and Compliance Needs
Custom Power Architectures for Surgical Performance
Delivering <50 mV ripple and noise preventing RF generator modulation artifacts during tissue cutting and coagulation.
Managing 0-400W instantaneous load steps during surgical mode transitions without voltage sag affecting RF output stability.
Isolating RF interference from 300 kHz to 4 MHz operation, preventing noise injection into the RF generator and EMI coupling to surgical equipment.
Managing 0-400W instantaneous load steps during surgical mode transitions without voltage sag affecting RF output stability.
Isolating RF interference from 300 kHz to 4 MHz operation, preventing noise injection into the RF generator and EMI coupling to surgical equipment.
Standards Compliance Built Into the Design
Horizon PSS takes ownership of compliance documentation and qualification testing:
Incorporating 2x MOPP isolation with leakage current below 100 µA normal operation and 500 µA single-fault conditions. Building IEC 60601-1 & IEC 60601-2-2 compliance for high-frequency surgical equipment.
Passing CISPR 11 Group 1 Class B emissions testing while maintaining RF generator efficiency. Meeting IEC 60601-1-2 EMC requirements for surgical environment coexistence.
Providing leakage current measurement points with test procedures demonstrating compliance under normal operation, single-fault conditions, and environmental stress testing.
Incorporating 2x MOPP isolation with leakage current below 100 µA normal operation and 500 µA single-fault conditions. Building IEC 60601-1 & IEC 60601-2-2 compliance for high-frequency surgical equipment.
Passing CISPR 11 Group 1 Class B emissions testing while maintaining RF generator efficiency. Meeting IEC 60601-1-2 EMC requirements for surgical environment coexistence.
Providing leakage current measurement points with test procedures demonstrating compliance under normal operation, single-fault conditions, and environmental stress testing.
Application-Specific Engineering
Supporting monopolar ESU generators up to 400W with neutral electrode monitoring and tissue impedance sensing.
Maintaining precision power control during bipolar vessel sealing with feedback interfaces compensating for changing tissue impedance.
Providing high-voltage isolation and pulsed power delivery for cardiac RF ablation and plasma surgical electrodes.
Integrating battery backup with wide input voltage range (85-264 VAC) for portable surgical units and field deployment.
Maintaining precision power control during bipolar vessel sealing with feedback interfaces compensating for changing tissue impedance.
Providing high-voltage isolation and pulsed power delivery for cardiac RF ablation and plasma surgical electrodes.
Integrating battery backup with wide input voltage range (85-264 VAC) for portable surgical units and field deployment.
Custom Development Process for OEM Programs
Characterizing RF generator load profiles across cutting, coagulation, and blend modes with transparent NRE structures defining specifications and compliance pathways.
Ensuring production units match clinical trial qualifications identically through configuration control and PCN discipline.
Providing advance notification of changes affecting form, fit, function, or safety certifications throughout surgical platform lifecycles.
Ensuring production units match clinical trial qualifications identically through configuration control and PCN discipline.
Providing advance notification of changes affecting form, fit, function, or safety certifications throughout surgical platform lifecycles.
RFI/RFQ Support for Procurement Teams
Supporting procurement evaluation with isolation test certificates (2x MOPP/4000 VAC), RF interference test data, load transient response (0-400W steps), EMI test reports (CISPR 11), and supply chain qualification.
Why Surgical Equipment OEMs Choose Horizon PSS
IEC 60601-2-2 compliance responsibility is integrated into power system architecture development.
Engineering depth covers RF generator dynamics, tissue impedance compensation, and surgical environment EMC.
Production capability and design documentation are maintained throughout your product lifecycle.
Custom power design delivers compliance certainty and eliminates late-stage redesign costs.
Engineering depth covers RF generator dynamics, tissue impedance compensation, and surgical environment EMC.
Production capability and design documentation are maintained throughout your product lifecycle.
Custom power design delivers compliance certainty and eliminates late-stage redesign costs.
Contact our experts for Custom Electrosurgery Equipment power solutions
Ready to discuss your Electrosurgery Equipment power requirements? Request an engineering consultation or submit an RFI with your system architecture, power budgets, and regulatory requirements.
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Resources
Explore in-depth resources, including case studies, white papers, and blog posts on Horizon’s Medical power supply solutions.
