Pulse Oximeter Fingertip Digital

1. Product Overview

The Pulse Oximeter Fingertip Digital is a compact, non-invasive monitoring device designed to measure blood oxygen saturation (SpO₂) and pulse rate quickly and conveniently. It is suitable for hospitals, clinics, pharmacies, occupational health programs, home-care suppliers, and medical equipment distributors. Its lightweight design, rapid readings, and simple digital display support efficient routine monitoring and point-of-care assessment. As demand for accessible patient-monitoring equipment continues to grow, it represents a practical and scalable product for healthcare procurement and distribution.

2. Key Specifications & Technical Characteristics

• Product Type: Fingertip digital pulse oximeter
• Measurement Parameters: Blood oxygen saturation (SpO₂) and pulse rate
• Measurement Method: Non-invasive optical measurement
• Material Components: Medical-grade plastic housing, electronic sensor components, digital display, internal circuitry and battery compartment
• Physical Form: Compact, lightweight, portable handheld/fingertip device
• Display: Digital LED/LCD display, depending on model configuration
• Color: Commonly available in white, blue, black, or customized colors subject to model and order requirements
• Power Supply: Battery-operated
• Packaging: Individual retail box with protective outer cartons for bulk shipment
• Documentation: User instructions and product specifications available according to model
• Shelf Life: Typically determined by manufacturer and packaging conditions
• Customization: Branding, packaging, and configuration may be available for qualifying bulk orders

3. Core Industrial Applications

• Hospitals & Clinics: Routine spot-checking of SpO₂ and pulse rate during patient assessment and monitoring.
• Pharmacies & Medical Distributors: Suitable for retail and institutional distribution across healthcare markets.
• Home Healthcare: Supports convenient monitoring where portable diagnostic equipment is required.
• Occupational Health: Useful for workplace health screening and basic physiological monitoring.
• Emergency & First-Aid Services: Compact construction enables rapid deployment and easy portability.
• Healthcare Procurement Programs: Suitable for bulk purchasing, institutional supply, humanitarian programs, and medical equipment distribution.

Its compact form factor and rapid digital readings offer practical advantages over larger monitoring systems when portability, accessibility, and cost efficiency are priorities.

4. Competitive Advantages

• Quality Consistency: Consistent manufacturing specifications support dependable bulk procurement across multiple orders.
• Supply Reliability: Structured sourcing supports repeat purchasing and scalable B2B supply requirements.
• Logistics Capability: Compact packaging enables efficient cartonization, storage, and international shipment.
• Price Competitiveness: Bulk procurement provides opportunities for commercially attractive unit economics.
• Operational Efficiency: Simple fingertip operation reduces setup requirements and supports rapid routine measurements.
• Sustainability: Reusable device design can reduce reliance on disposable monitoring equipment for appropriate applications.
• Technical Documentation: Product specifications, operating instructions, and relevant compliance documentation can be supplied according to the selected model and destination-market requirements.
• Strategic Sourcing Value: A practical combination of portability, functionality, scalability, and procurement efficiency makes the product suitable for distributors and institutional buyers seeking dependable medical-device supply.

5. Commercial & Supply Information

• Minimum Order Quantity (MOQ): BULK 20 MT
• Loading Capacity: Approximately 20 MT per container, subject to packaging configuration and applicable shipping requirements
• Packaging: Individual units packed in export-grade master cartons
• Bulk Supply: Available for wholesale, institutional procurement, distributor, and international B2B orders