Infinium | SKU: 000.700.0025

Infinium - OMNI Express Portable Vital Signs Monitor

Name: Infinium - OMNI Express Portable Vital Signs Monitor
Brand: Infinium
SKU: 000.700.0025
Price: 2236.0 USD
Availability: InStock

$2,236.00

Talk to an Expert Call 866-338-2838

US-Based Support
Trusted Patient Monitoring Technology Worldwide
Certified by FDA, CE, and ISO

Estimated Delivery Time: Approximately 7–10 business days from order confirmation.

Configurations

Produktvarianten

Free Shipping & Price Match Guarantee

Enjoy Free Shipping on orders over $200 and the Lowest Prices Online guaranteed!

Find a lower price? Call (866) 338-2838 and we'll match it! (Some exclusions may apply.

See our Price Match Guarantee Policy for more information)

What is your Return Policy?

We want you to be fully satisfied with your purchase. If you need to cancel an order before it ships, contact us at info@morellimedical.com or 866-338-2838 for a full refund.

For most products, we offer a 30-day return policy from the date of delivery, excluding Macy-Pan, OxyRevo, ShowerBuddy, Journey *selected products*, OMI and EZ Carrier, which are final sale.

The customer is responsible for all return costs, including a 25% restocking fee, return shipping, and any applicable additional charges.

Click Learn more to read our Detailed Return Policy.

What Financing Options are Available?

Klarna – Buy now, pay later with Klarna’s flexible payment plans. Split your purchase into interest-free installments or choose extended payment options.

Affirm – Get the products you want now and pay over time with Affirm. Choose monthly payments with no hidden fees or surprises.

Shop Pay – Use Shop Pay for easy installment payments at checkout. Pay in 4 interest-free payments, making it simple and convenient to spread out your purchase

APPROVE Financing - For businesses, APPROVE offers fast and flexible equipment financing tailored to your needs. Apply in just 60 seconds and get matched with top lenders, no credit score impact to apply. Apply Now!

Message us for other business financing if interested!

Portable Precision

The OMNI Express® Portable Vital Signs Monitor features a 7-inch touch screen interface designed for efficient patient monitoring in outpatient facilities, emergency response environments, and paced clinical settings. The compact unit supports rapid deployment in tight spaces and during patient transport while maintaining consistent monitoring capability. Manufactured in the United States in an ISO 13485 facility, the device is TAA compliant and CE certified (#0476) for distribution within the European Economic Area.

The monitor supports multiple vital sign parameters including non-invasive blood pressure using SunTech technology, ECG with arrhythmia detection, SpO₂ monitoring with either Masimo or Nellcor technology, temperature measurement, and respiratory rate monitoring. Optional capnography support includes Respironics mainstream or sidestream EtCO₂ modules. The adaptable touchscreen interface allows configuration for various clinical workflows while maintaining compatibility with standard hospital monitoring requirements.

Features

Intuitive Touchscreen Interface
7” touchscreen for quick navigation, patient updates, and access to up to 120 hours of data. Supports multi-lead ECG, displays up to 3 waveforms, includes audio-visual alarms, graphical/tabular trends, quick BP recall, and a rechargeable battery with up to 3 hours of use.
Upgradable Monitoring
Adapts across care settings from general wards to surgical use. Standard monitoring includes NIBP, ECG, motion-tolerant SpO₂, temperature, and respiration rate, with optional End-Tidal CO₂ modules for expanded capability.
Advanced Connectivity
Supports Ethernet and RS-232 with open protocol and HL7 compliance for hospital system integration. Enables remote monitoring of up to 32 devices via Infinium Omniview with data archiving and management.

The Omni Express Capnograph is beneficial in:

Clinical scenarios where EtCO₂ monitoring improves safety.

Pain Management

Suppressed respiratory function can occur during patient-controlled analgesia (PCA). Monitoring End-Tidal CO₂ helps clinicians detect respiratory depression early and intervene before severe complications like coma or cardiac arrest occur.

Minor Procedure Sedation

The American Society of Anesthesiologists recommends monitoring ventilation during sedation through clinical observation and exhaled carbon dioxide monitoring. EtCO₂ provides one of the earliest indicators of respiratory complications.

Sedation Dentistry

The American Association of Oral and Maxillofacial Surgeons recommends continuous monitoring of ventilation during sedation and anesthesia. Monitoring exhaled carbon dioxide ensures adequate breathing during procedures.

Specifications

DISPLAY & SYSTEM
Display	7" color TFT
Resolution	1024 × 860
Waveform Display	2 or 3 waveforms
Waveforms Supported	ECG (I, II, III, aVR, aVL, aVF, V1-V6), PLETH, RESP, EtCO2
Indicators	Alarm indicator, power indicator, QRS beep and alarm sound
Trend Time	30 minutes to 72 hours
ECG
Input	5-lead or 3-lead ECG cable, standard AAMI line
Lead Selection	I, II, III, aVR, aVF, aVL, V
Gain	×0.5, ×1.0, ×2.0
CMRR	>100 dB at 50 Hz or 60 Hz
Frequency Range	0.67 to 40 Hz (+3 dB attenuation)
ECG Channels	7 channels
Sweep Speed	12.5, 25, 50 mm/s
Heart Rate Range	30 to 300 bpm
Accuracy	±1 bpm or ±1%
Alarm Limits	Upper 80 to 400 bpm, lower 20 to 150 bpm
RESPIRATION
Measurement Method	RA-LL impedance
Range	0 to 120 rpm
Accuracy	±3 rpm
Alarm Limits	Upper 6 to 120 rpm, lower 3 to 120 rpm
Sweep Speed	12.5, 25 mm/s
NIBP
Technology	Automatic oscillometric measurement
Cuff Inflation Time	Less than 30 s (0 to 300 mmHg, adult cuff)
Measurement Time	Average less than 40 s
Modes	Manual, Auto, STAT
Auto Interval	2 minutes to 4 hours
Pulse Rate Range	30 to 250 bpm
Measurement Range	Adult/Pediatric SYS 40 to 250 mmHg, DIA 15 to 200 mmHg, Neonatal SYS 40 to 135 mmHg, DIA 15 to 100 mmHg
Resolution	1 mmHg
Pressure Accuracy	Maximum mean error ±5 mmHg, maximum standard deviation 8 mmHg
Overpressure Protection	Adult 280 mmHg, Neonatal 150 mmHg
Alarm Limits	SYS 50 to 240 mmHg, DIA 15 to 180 mmHg
TEMPERATURE
Range	25 to 50 °C
Accuracy	±0.2 °C (25.0 to 34.9 °C), ±0.1 °C (35.0 to 39.9 °C), ±0.2 °C (40.0 to 44.9 °C), ±0.3 °C (45.0 to 50.0 °C)
Resolution	0.1 °C
Channels	1 channel
Alarm Limits	0 to 50 °C, configurable
PULSE OXIMETRY (MASIMO SET)
SpO2 Range	0% to 100%
Resolution	1%
Accuracy	±2% adult or pediatric non-motion, ±3% neonate non-motion, ±3% motion conditions, ±2% low perfusion
Averaging Time	2 to 16 seconds selectable
Sensitivity	Normal, Maximum, APOD
Pulse Rate Range	25 to 240 bpm
Pulse Rate Accuracy	±3 bpm non-motion, ±5 bpm motion
Perfusion Index	0.02 to 20%
EtCO2
Sampling Mode	Sidestream or Mainstream
Technology	Non-dispersive infrared single beam optics, dual wavelength
CO2 Range	0 to 150 mmHg, 0 to 19.7%, 0 to 20 kPa
CO2 Resolution	0.1 mmHg (0 to 69 mmHg), 0.25 mmHg (70 to 150 mmHg)
Respiration Rate	2 to 150 bpm
Response Time	Less than 3 seconds
Inspired CO2 Range	3 to 50 mmHg
POWER
Power Source	External AC power and internal battery
AC Input	100 to 240 VAC, 50 or 60 Hz, 150 VA
Battery	Rechargeable lead-acid FB1223 12 V 2.3 Ah
Operating Time	3 hours typical
Low Battery Operation	10 minutes after first low battery alarm
Charge Time	4 hours
ENVIRONMENTAL
Operating Temperature	5 to 40 °C
Storage Temperature	-20 to 60 °C
Humidity	Operating ≤80%, storage ≤80%
RECORDER (OPTIONAL)
Record Width	48 mm
Paper Speed	25 mm/s
Print Output	3 waveforms with patient information and digital values
PROTECTION
Fuse	T 3.0 A

Warranty, Shipping, and Returns

Warranty ▾

Warranty basics

All products are covered under the Supplier’s official Warranty and RMA Policy. By purchasing, the buyer acknowledges they have reviewed or had the opportunity to review this policy and agrees to its terms. Unless specifically stated in the warranty policy, products are provided “as is,” and no additional warranties or guarantees apply.

Warranty length

Omni and Cleo series monitors are covered by an industry-leading 5-year warranty, reflecting our commitment to product quality, reliability, and patient safety.

Remedies and costs

Warranty remedies and service procedures follow the Supplier’s Warranty and RMA Policy. No employee, distributor, or representative may modify or extend the warranty terms beyond what is stated in the official policy.

Returns ▾

Return Policy

Orders may only be canceled or modified with written approval from the Supplier. Returns require an issued Returned Merchandise Authorization (RMA) number. Products must be returned in full case quantities, unexpired, unopened, and in saleable condition. Custom or discontinued products cannot be returned. 30 day returns unless sales rep says otherwise.

Refunds

Authorized non-warranty returns are subject to a minimum 25% restocking fee. Return shipping costs are the purchaser’s responsibility. Credits are issued only after the returned items are inspected and approved by the Supplier.

Shipping ▾

Shipping and claims overview

Deliverables are sold EXW (Ex Works – Incoterms® 2020) from the Supplier’s facility unless otherwise agreed. The purchaser is responsible for freight, insurance, and handling costs. Risk of loss transfers to the purchaser once the goods are loaded onto the purchaser’s carrier. Shipping is 7-10 business days.

Filing a claim

Any shipping damage or loss must be reported and claimed directly with the carrier. Delivery dates are estimates only, and the Supplier is not liable for delays caused by factors beyond reasonable control, including transportation disruptions, labor disputes, or governmental actions.

FAQs

How Do Bedside Patient Monitors Work? ▾

Patient monitors use specialized sensors to monitor different areas of a patient’s body. These sensors are attached using clips or adhesive pads that help keep them securely in place during monitoring.

For example, when doctors need to monitor heart function, sensors are placed around the patient’s chest and sometimes on the back. These sensors detect electrical signals from the heart and send them to the monitor.

The monitor then displays the patient’s heart rhythm on screen so medical staff can analyze it in real time. This information helps doctors determine the patient’s overall health and whether they are stable enough for treatments such as surgery or medication. It also allows quick response during emergencies like cardiac failure.

What Are Bedside Patient Monitors Used To Monitor? ▾

In addition to heart rate and rhythm, bedside patient monitors track several other vital signs. Three of the most important measurements include body temperature, blood pressure, and blood oxygen saturation (SpO2).

Doctors monitor body temperature to identify infections. Elevated temperatures often indicate the body is fighting illness, helping clinicians diagnose conditions more accurately.

Modern monitors also track oxygen levels in the blood. If oxygen levels drop too low, patients may experience symptoms like weakness, headaches, or respiratory distress. Monitoring these values helps clinicians intervene quickly before serious complications occur.

Bedside monitors can also trigger alarms if vital signs move outside safe ranges. For example, if blood pressure becomes dangerously high or low, medical staff are alerted immediately so they can respond quickly.

What Kind of Patient Monitors Are Available? ▾

Bedside patient monitors are generally categorized into three types based on the level of detail and monitoring capability they provide.

Low Acuity Monitors – These monitors display basic vital signs and are commonly used during short procedures or for patients who do not require hospital admission.

Medium Acuity Monitors – Often used in surgical units and emergency departments, these monitors provide more detailed monitoring for a wide range of patients.

High Acuity Monitors – These advanced monitors provide the most comprehensive patient data and are typically used in operating rooms or intensive care settings for patients with severe conditions.

Each type serves a specific role within a healthcare facility. Using the appropriate monitor ensures the right level of monitoring while keeping resources available for patients who need them most.

Who Benefits From Bedside Patient Monitors? ▾

Bedside patient monitors provide significant benefits for doctors, nurses, and patients.

Doctors use monitors to quickly access critical patient data and make informed treatment decisions. Without these systems, obtaining vital signs would require much more time and manual effort.

Nurses rely on monitors to continuously observe patient conditions. They can quickly detect unusual changes in vital signs and notify physicians when medical intervention may be needed.

For patients, bedside monitors improve overall quality of care. Continuous monitoring allows medical teams to detect problems early and respond quickly, ensuring patients receive timely treatment when conditions change.

Are Bedside Patient Monitors Difficult to Operate? ▾

Most modern patient monitors are designed to be user-friendly. Healthcare professionals typically learn how to operate standard bedside monitors during their clinical training.

However, advanced monitors that provide more detailed information can sometimes be more complex. These systems often track additional parameters and include advanced features that require familiarity and practice to use effectively.

Medical staff may occasionally encounter issues such as excessive alarms or large volumes of data. Manufacturers continue improving monitor design to reduce false alarms and simplify workflows.

Despite these challenges, bedside monitors remain an essential part of modern healthcare because they provide continuous patient monitoring and early detection of medical problems.

How Are Patient Monitors Read? ▾

While different monitors may display information slightly differently, several key indicators are commonly shown across most bedside monitors.

Heart Rate (HR or PR) is usually displayed in large, bold numbers on the screen, often in the top corner. HR represents heart rate, while PR may indicate pulse rate.

Blood Pressure readings typically include the labels SYST (systolic) and DIAS (diastolic), which represent the two key pressure values in a blood pressure measurement.

ECG Waveforms appear as continuous lines moving across the screen from left to right, representing the electrical activity of the heart.

Respiratory Waves also appear as moving lines that track breathing patterns and are usually displayed beneath the ECG waveform.

These indicators provide medical staff with critical information about a patient’s cardiovascular and respiratory condition, allowing them to monitor health status quickly and accurately.

Payment & Security

Payment methods

Shop with confidence - your transactions are SSL-encrypted and your payment details are securely transmitted.

We never store or have access to your credit card information.

Model Comparison

Free Curbside Shipping

Most orders ship within 1-2 days
Easy Returns

30 Day Hassle Free Returns *Some Exclusions Apply*
Call Us

+1 (866) 338-2838
Live Chat

Talk to a real product expert