SMC Medical Device Housing Flame Retardant Medical Device Enclosure For

Product Specification

SMC Medical Diagnostic Equipment Housing Product Introduction

I. Product Overview

This medical diagnostic equipment housing, manufactured by our factory, is made from SMC (Sheet Molding Compound) reinforced with fiberglass. It is formed through a single-piece molding process under high temperature and pressure. The housing features a built-in carrying handle, a cutout for the display screen, ventilation grilles, and cable access slots. It has no visible seams and features a smooth, rounded design. The product is compatible with ECG monitors, vital signs monitors, and portable diagnostic and treatment devices. The size of cutouts, internal positioning structures, and exterior design can be customized according to the specifications of the specific instrument.

II. Core Performance Advantages of SMC Material

1. Insulating and Flame-Retardant, Meeting Medical Electrical Safety Standards: SMC is a non-metallic thermosetting insulating material with no electrical conductivity. It meets the V0 flame-retardant rating, preventing electrical leakage and fires caused by short circuits in medical device wiring, and complies with hospital clinical electrical safety standards.

2. Resistant to Disinfection and Corrosion, Suitable for Hospital Infection Control Requirements: The material can withstand repeated wiping with alcohol, chlorine-based disinfectants, and hydrogen peroxide over the long term. The surface will not yellow, crack, or corrode, and it does not suffer from the erosion and aging issues common in ordinary plastics when exposed to disinfectants, making it suitable for medical environments requiring frequent disinfection.

3. Lightweight and highly rigid, with excellent drop and impact resistance. The internal fiberglass reinforcement forms a three-dimensional support framework, making it significantly lighter than metal enclosures of the same volume. It is resistant to deformation and breakage during outpatient transport or accidental impacts, reducing equipment maintenance costs.

4. Seamless, One-Piece Molding for Easier Cleaning and  Protection The entire housing is molded in a single process without welds or seams. Its smooth, flat surface prevents the accumulation of dust and stains, reducing hiding places for bacteria and meeting the cleanliness control requirements of medical institutions.

5. High Dimensional Stability and Customization Flexibility After high-temperature curing, thermal expansion and contraction result in minimal deformation, ensuring stable precision for internal mounting posts and window openings; Complex structures such as handles, ventilation holes, and slots can be integrally molded as needed, eliminating the need for secondary bonding or processing.

III. Application Scenarios

Widely used in bedside monitoring equipment for patient rooms, portable emergency diagnostic devices, and outpatient multi-parameter vital signs monitors, balancing the needs for protection, portability, and long-term stable operation.

IV. Summary Table of Product Performance Comparison