ISO 13485 Compliant Manufacturing Support
Low Acoustic Noise <35 dB(A)
Complete Process & Document Controls
100% End-of-Line Quality Tested
Medical and laboratory automation equipment requires strict adherence to positional accuracy, heat mitigation, dynamic responsiveness, and acoustic quietness. Operating since 1985, Telco Intercontinental Corp. engineers purpose-built brushless DC, hybrid stepper, and coreless DC motors tailored to the stringent engineering boundaries of clinical OEM environments.
Whether developing high-speed blood centrifuges, micro-dispensing liquid handlers, or patient-adjacent infusion pumps, our US-based engineering team works directly with your product developers from initial spec definition through pilot validation and high-volume mass production.
Select a core motion architecture. Every platform can be modified with custom windings, shaft configurations, feedback encoders, and integrated drive electronics.
Eliminates cogging torque completely to provide smooth rotation at variable speeds, optimal for surgical tools, respirators, and high-precision pumps.
Deliver repeatable sub-micron incremental motion for automated pipetting, sample indexing, and syringe displacement drives.
Ultra-low rotor inertia delivers rapid acceleration and low electromagnetic interference for battery-powered, handheld medical instruments.
From bedside monitoring equipment to high-volume IVD analyzers, Telco customizes electromagnetic and mechanical packages around your device constraints.
High-reliability motion for sample carousels, reagent pipetting arms, and optical scanning stages requiring zero vibration and long continuous service life.
Linear stepper actuators and geared DC motors that maintain linear delivery rates with tight volumetric accuracy for critical fluid dosing.
Frameless BLDC kits engineered to operate inside ergonomic housings, offering high torque density, thermal control, and optional sterilizability.
Direct-drive brushless motors optimized for smooth acceleration profiles, high RPM stability, dynamic braking, and whisper-quiet acoustic compliance.
Ultra-fast acceleration BLDC blowers engineered to deliver instant pressure adjustments with high energy efficiency and low heat generation.
Multi-axis stepper and servo motor packages with integrated encoders for high-throughput automated sample handling and plate positioning.
Compare performance parameters across motor topologies to determine the optimal drive technology for your OEM medical device.
| Technology Topography | Acoustic Noise | Positioning Accuracy | Efficiency | Typical Medical Applications |
|---|---|---|---|---|
| Slotless BLDC | Very Low (<32 dB) | Closed-Loop Servo Grade | 88% - 93% | Centrifuges, Surgical Tools, Respirators |
| Hybrid Linear Stepper | Low to Moderate | Open-Loop Precision (±0.05mm) | 65% - 75% | Syringe Pumps, Liquid Handling, Micro-Valves |
| Coreless DC Motor | Ultra-Low (<30 dB) | Excellent Dynamic Speed Control | 85% - 90% | Infusion Pumps, Handheld Diagnostic Tools |
| Planetary Gear Motor | Low (<42 dB) | High Holding Torque | 70% - 85% | Peristaltic Pumps, Automated Hospital Beds |
Data provided represents baseline engineering metrics. Custom windings and mechanical adjustments are applied per customer specification sheets.
Medical device manufacturing demands strict consistency. Telco enforces robust quality protocols to protect your supply chain and audit integrity.
All production facilities operate under ISO 9001 and ISO 13485 certified quality management systems to meet international medical standards.
Formal Process Change Notification (PCN) agreements ensure no component, winding, or vendor change occurs without written engineering approval.
Raw materials meet RoHS, REACH, UL 94 V-0 flame retardancy, and biocompatibility guidelines required for medical environments.
Serial numbers, lot tracing, and automated end-of-line test data reports are retained for every batch shipped to medical OEMs.
Telco operates under rigid ISO quality systems. Our medical and laboratory motors are designed to support OEM compliance with ISO 13485 device requirements, IEC 60601-1 medical electrical safety, RoHS, REACH, and UL insulation standards. Full material traceability and First Article Inspection (FAI) reports are provided.
We optimize rotor dynamic balancing, utilize high-precision bearings with specialized acoustic greases, implement low-cogging slotless or coreless electromagnetic designs, and precision-grind gear teeth to maintain noise levels below 35 dB(A) for sensitive hospital and lab environments.
Yes. Over 90% of our medical programs feature drawing-controlled engineering modifications including custom shaft geometry (D-cuts, lead screws, keyways), integrated high-resolution magnetic/optical encoders, custom lead lengths, and medical-grade sealed connectors.
Modified standard motor platforms typically yield functional prototypes in 4 to 6 weeks. Ground-up custom electromagnetic designs with specialized tooling generally range from 10 to 14 weeks, inclusive of full factory qualification and test data.
Get technical assistance, custom motor samples, and complete drawing-controlled specifications for your medical device design.