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Periodmed E12

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Periodmed E12
Periodmed Patient Monitoring & Critical Care

Periodmed E12

8 Parameters, ST Analysis, Pacemaker Detection, 4-Hour Battery — The Modular Patient Monitor Built for ICU, CCU, and Operating Room Demands

The Periodmed New E12 is a CE-certified 12.1-inch modular multi-parameter patient monitor designed for ICU, CCU, operating room, ward, and bedside monitoring across neonatal, paediatric, and adult patients. With 8 monitored parameters — ECG, RESP, SpO2, NIBP, PR, TEMP, IBP, and EtCO2 — real-time ST segment analysis, pacemaker detection, a 4-hour lithium battery, and wired or wireless central monitoring system support, it delivers comprehensive vital sign surveillance from a flexible modular platform via Med

Sections
Patient Monitor
Categories
Patient Monitoring & Critical Care
Condition
New
Origin
China
Seller Type
Certified Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
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The Periodmed New E12 is a modular, multi-parameter patient monitor built around a 12.1-inch colour LCD touchscreen that simultaneously displays up to 8 waveform channels, providing a complete real-time overview of vital signs for ICU, CCU, operating room, ward, and bedside clinical environments. Its modular architecture supports flexible configuration across the full 8-parameter suite — ECG, RESP, SpO2, NIBP, PR, TEMP, IBP, and EtCO2 — with a fully independent module that supports both ECG monitoring and Nellcor-compatible SpO2 measurement.

ECG monitoring supports 3-lead, 5-lead, and 12-lead configurations with real-time ST segment analysis across all monitored leads, pacemaker detection, and three measurement bandwidths — Diagnostic (0.05–130 Hz), Monitoring (0.05–40 Hz), and Surgery (1–20 Hz) — allowing the clinician to select the appropriate ECG filter for the clinical setting. NIBP operates in Manual, Automatic, and Continuous modes across adult, paediatric, and neonatal measurement ranges. SpO2 monitoring supports both standard and Nellcor probe configurations. Temperature monitoring provides dual-channel TEMP capability across patient-type ranges.

Data storage provides 400 groups of NIBP measurement history, 6000 seconds of ECG waveform recall, 60 alarm event records, and 7-day trend chart storage — covering the retrospective review requirements of an ICU or CCU nursing station. The built-in high-capacity lithium battery provides 4 hours of operation for emergency power outages and patient transfers without interruption. Both wired Ethernet and wireless connectivity for the central monitoring system are supported, enabling integration into a department-wide or hospital-wide patient monitoring network. Full certification documentation and procurement support are available through Medigear.uk.

The ICU and CCU departments are the primary deployment settings for the New E12. In high-acuity settings where continuous 8-parameter monitoring, real-time ST analysis, pacemaker detection, and uninterrupted alarms during power outages are essential, the New E12's modular design, 4-hour battery, and support for wired or wireless central monitoring provide all these features from a single bedside unit. The 7-day trend chart and 6000-second ECG recall support retrospective clinical review during ICU ward rounds and nursing handover. Medigear.uk supports ICU and CCU fleet procurement with full specification documentation, module configuration guidance, and volume pricing.

Operating room and anaesthetic monitoring settings use the New E12 for intraoperative vital sign surveillance across the full 8-parameter suite. The Surgery ECG bandwidth mode reduces electrosurgical interference, while 12-lead ECG and continuous ST monitoring support cardiac surveillance during operative procedures. NIBP automatic and continuous modes cover intraoperative pressure monitoring and intensive haemodynamic management. The 4-hour battery ensures continuous monitoring during patient transfer from the operating room to recovery without equipment changes.

General ward and bedside monitoring services use the New E12 in streamlined configurations appropriate for lower-acuity settings, with the modular architecture allowing ward-level configurations to differ from ICU deployments without separate equipment. Central monitoring connectivity enables nursing staff to observe multiple patients simultaneously from a station while maintaining bedside alarm capability. EtCO2 supports respiratory surveillance in patients in post-operative wards, where capnography is a clinical governance requirement.

Neonatal and paediatric units benefit from patient-type-specific parameter configuration across all 8 monitoring channels — separate NIBP ranges, heart rate alarm limits, and SpO2 thresholds for neonatal, paediatric, and adult patients. The Nellcor-compatible SpO2 module supports specialist neonatal probe configurations. Medigear.uk provides purchasing and after-sales support for all clinical settings.

8-Parameter Modular Monitoring Including IBP and EtCO2 as Standard Options

The New E12's parameter suite — ECG, RESP, SpO2, NIBP, PR, TEMP, IBP, and EtCO2 — covers both standard vital-sign monitoring and the advanced parameters required for ICU, CCU, and operating-room acuity. IBP for invasive arterial and central venous pressure monitoring and EtCO2 for capnography are typically add-on options on entry-level monitors; on the New E12, they are standard parameters within the modular suite. For ICU procurement teams specifying a monitor that must cover the full acuity range without incurring module upgrade costs, this breadth of parameters is a direct advantage in procurement. Medigear.uk can confirm module configuration options.

Modular Architecture for Long-Term Clinical Flexibility

The New E12's modular design allows individual parameter modules to be added, reconfigured, or replaced as departmental requirements evolve — without replacing the entire monitoring unit. The fully independent module supporting independent ECG and Nellcor SpO2 provides an additional configuration layer not available on fixed-parameter monitors. For procurement managers specifying equipment that must adapt to changing patient populations, acuity levels, or clinical protocols, this modularity reduces the total lifetime cost of the monitoring system.

Real-Time ST Segment Analysis Across All ECG Leads

Continuous real-time ST-segment analysis across all monitored leads provides early detection of myocardial ischaemia as a standard monitoring function, not as a separately activated feature. In ICU and CCU environments where ST change is a primary clinical event trigger, this always-on capability reduces the risk of delayed detection. It supports the continuous cardiac surveillance requirements of high-acuity patient management. ST alarm range covers −2.0 to +2.0 mV with configurable alarm thresholds per patient type and clinical setting.

Pacemaker Detection for Safe ECG Monitoring in Paced Patients

Built-in pacemaker detection ensures accurate heart rate measurement and ECG display in patients with cardiac pacing devices, preventing pacemaker pulses from being counted as native cardiac beats and ensuring alarm thresholds function correctly in this patient subset. For ICU and CCU environments where paced patients represent a significant proportion of the monitored population, pacemaker detection is a mandatory ECG monitoring specification rather than an optional feature.

4-Hour Lithium Battery for Power Outage and Patient Transfer Continuity

The built-in 4-hour lithium battery maintains full 8-parameter monitoring during power outages and patient transfers without interrupting vital-sign display, alarm function, or data recording. In ICU and CCU environments where monitoring continuity is a patient safety and governance requirement, a 4-hour battery capacity covers the transfer journey from the ICU to radiology, the operating room, or a step-down unit under real-world conditions. Medigear.uk can advise on battery replacement and management for institutional fleet deployments.

Wired and Wireless Central Monitoring System Integration

Both wired Ethernet and wireless connectivity for central monitoring enable the New E12 to integrate into department-level and hospital-wide patient monitoring networks, allowing nursing staff to observe multiple units simultaneously from a central station with full alarm forwarding and access to trend data. Three monitoring modes — Diagnosis, Monitoring, and Surgery — are supported across the central monitoring system. For hospitals that specify a networked monitoring infrastructure, the New E12's dual connectivity ensures compatibility with varied network architectures.

7-Day Trend Chart and Comprehensive Data Recall

Seven-day trend chart storage, 6000 seconds of ECG waveform recall, 400 NIBP measurement groups, and 60 alarm event records provide the retrospective depth of data required for ICU clinical review, nursing handover, and adverse event investigation. This storage capacity is significantly greater than standard bedside monitor data recall, supporting the audit and governance requirements of high-acuity clinical environments without external recording equipment.

Three ECG Bandwidth Modes for Multi-Setting Clinical Use

Diagnostic (0.05–130 Hz), Monitoring (0.05–40 Hz), and Surgery (1–20 Hz) ECG bandwidth modes allow the clinician to optimise ECG signal quality for the clinical context — diagnostic quality for detailed waveform analysis, standard monitoring bandwidth for routine surveillance, and surgical mode to reduce electrosurgical interference during operative procedures. This tri-mode ECG configuration makes the New E12 appropriate for deployment across ICU, CCU, and operating room settings from a single device specification.

CE-Certified for Hospital and Institutional Fleet Procurement

CE certification confirms that the New E12 meets the applicable Medical Device Directive requirements across its full 8-parameter suite, modular architecture, and all monitoring modes. This is the primary compliance requirement for hospital patient monitoring procurement, and the New E12 satisfies it without restriction. The declaration of conformity and technical documentation are available through Medigear.uk for governance review and institutional equipment approval.

Display: 12.1-Inch Colour LCD Full Touch Screen

The 12.1-inch colour LCD touch screen supports simultaneous 8-channel waveform display for all monitored parameters, providing a complete real-time overview of vital signs at the standard ICU bay nursing observation distance. Full touchscreen operation enables mode selection, alarm management, and parameter adjustment without a separate keyboard or trackball interface.

Parameters: ECG, RESP, SpO2, NIBP, PR, TEMP, IBP, EtCO2

Eight monitored parameters meet the full vital-sign surveillance requirements of ICU, CCU, operating room, and ward clinical settings across neonatal, paediatric, and adult patient types. The parameter suite includes both standard and advanced parameters — IBP for invasive pressure monitoring and EtCO2 for capnography — within the modular configuration.

ECG: 3/5/12 Lead, ST Analysis, Pacemaker Detection, Three Bandwidth Modes

ECG monitoring covers 3-lead, 5-lead, and 12-lead configurations, with real-time ST-segment analysis (−2.0 to +2.0 mV), pacemaker detection, and Diagnostic, Monitoring, and Surgery bandwidth modes. Heart rate measurement ranges are 15–300 bpm (adults) and 15–350 bpm (neonates). Sweep speeds of 12.5, 25, and 50 mm/s are selectable.

NIBP: Manual, Automatic, and Continuous Modes Across All Patient Types

NIBP operates in Manual, Automatic, and Continuous measurement modes with measurement ranges covering adult, paediatric, and neonatal systolic, diastolic, and mean arterial pressure. The adult systolic range covers 40–280 mmHg; paediatric and neonatal ranges are appropriately scaled to the requirements of their respective patient types.

SpO2: Standard and Nellcor-Compatible Measurement

SpO2 monitoring supports standard probe configurations and Nellcor-compatible measurements through a fully independent module, ensuring compatibility with specialist SpO2 probes used in neonatal and high-acuity clinical settings where Nellcor sensor compatibility is a procurement requirement.

Fully Independent Module: Independent ECG and Nellcor SpO2

The fully independent module provides an additional monitoring channel for ECG monitoring alongside Nellcor-compatible SpO2 measurement, operating separately from the main parameter module suite and enabling flexible dual-channel monitoring configurations in complex ICU and CCU patient management scenarios.

Data Storage: 400 NIBP Groups, 6000 Seconds ECG, 60 Alarm Events, 7-Day Trends

Comprehensive data storage includes 400 NIBP measurement groups, 6000 seconds of ECG waveform recall, 60 alarm event records, and 7-day trend chart data for all monitored parameters — supporting ICU clinical review, nursing handover documentation, and retrospective analysis of adverse events without external recording equipment.

Battery: Built-In 4-Hour High-Capacity Lithium Battery

The built-in high-capacity lithium battery provides 4 hours of full 8-parameter monitoring during a power outage or patient transfer, with automatic switchover from mains power during a supply interruption and seamless return to mains power on reconnection.

Monitoring Modes: Diagnosis, Monitoring, Surgery

Three monitoring modes optimise system configuration for the clinical setting — Diagnosis mode for detailed waveform analysis, Monitoring mode for routine ICU and ward surveillance, and Surgery mode for operating room use with ECG electrosurgical interference reduction.

Central Monitoring: Wired Ethernet and Wireless Connectivity

Wired Ethernet and wireless central monitoring system connectivity support integration into department-level and hospital-wide patient monitoring networks, enabling multi-bed central station observation with alarm forwarding and trend data access across all connected New E12 units.

Patient Types: Neonatal, Paediatric, Adult

All 8 monitored parameters include patient-type-specific measurement ranges, alarm thresholds, and display configurations for neonatal, paediatric, and adult patients — configurable at the bedside without manual range recalculation, reducing setup time and operator error across mixed patient populations.

Multi-Language Interface Support

The New E12 supports a multilingual system interface, enabling clinical use across international deployment contexts and multilingual healthcare environments without device-level localisation adaptation. Medigear.uk can confirm supported language options for specific international procurement requirements.

The Periodmed New E12 modular multi-parameter patient monitor is a CE-certified, 12.1-inch touchscreen monitoring platform designed for ICU, CCU, operating room, general ward, and bedside vital-sign surveillance across neonatal, paediatric, and adult patients. Its 8-parameter modular suite, including IBP and EtCO2, real-time ST segment analysis, pacemaker detection, 4-hour lithium battery, 7-day data storage, and wired or wireless central monitoring system connectivity, delivers comprehensive patient monitoring capability from a flexible, procurement-adaptable bedside platform. Whether equipping a single ICU bay, a full CCU unit, or a multi-site hospital monitoring fleet, the New E12 provides a verified, CE-certified, and clinically complete patient monitoring solution. Contact Medigear.uk for specifications, procurement assistance, or expert consultation.

FAQ

Frequently Asked Questions

Everything buyers need to know about sourcing medical equipment through MediGear.

The New E12 monitors 8 parameters: ECG, respiration (RESP), oxygen saturation (SpO2), non-invasive blood pressure (NIBP), pulse rate (PR), temperature (TEMP), invasive blood pressure (IBP), and end-tidal CO2 (EtCO2). A fully independent module supports ECG monitoring and Nellcor-compatible SpO2 measurement, enabling flexible configuration to meet departmental requirements. The system is suitable for neonatal, paediatric, and adult patients across ICU, CCU, operating room, and ward settings. Medigear.uk can advise on module configuration and availability for your department's procurement needs.

The modular architecture of the New E12 means that individual parameter-monitoring modules can be added, removed, or reconfigured without replacing the entire monitor, giving clinical departments the flexibility to upgrade or adjust monitoring capabilities as patient acuity or departmental needs change. The fully independent module — supporting ECG and Nellcor SpO2 — provides an additional monitoring channel that can operate independently of the main parameter suite. For procurement teams specifying a patient monitoring system that must remain adaptable to changing ICU and CCU configurations, a modular design offers a significant long-term capital advantage. Medigear.uk can advise on module options and configuration.

The New E12 supports 3-lead, 5-lead, and 12-lead ECG monitoring with real-time ST segment analysis across all monitored leads, pacemaker detection, and three measurement bandwidths — Diagnostic (0.05–130 Hz), Monitoring (0.05–40 Hz), and Surgery (1–20 Hz). Heart rate measurement range covers 15–300 bpm for adults and 15–350 bpm for neonates. ST measurement range is −2.0 to +2.0 mV. Sweep speeds of 12.5, 25, and 50 mm/s are selectable. These ECG capabilities meet the monitoring requirements for cardiac surveillance in the ICU, CCU, operating room, and general ward without the need for separate equipment. Medigear.uk can provide full ECG specification documentation for procurement review.

The New E12 stores 400 groups of NIBP measurement history, 6000 seconds of ECG waveform recall, 60 alarm event records, and 7-day trend chart data. Alarm limits are fully configurable across all monitored parameters for adult, paediatric, and neonatal patient types, with audible and visual alarm outputs. ST-segment alarm and pacemaker detection alarms operate independently of the standard parameter alarm suite. The 7-day trend chart enables retrospective clinical review of vital sign trajectories for ICU and CCU patient management. Medigear.uk can confirm the alarm and data management specification for institutional governance review.

The built-in high-capacity lithium battery provides 4 hours of continuous monitoring, covering both emergency power outages and patient transfers between departments or wards without interrupting vital sign monitoring. For ICU and CCU environments where monitoring continuity is a patient safety requirement, a 4-hour battery ensures the New E12 remains operational throughout transport or transfer without manual intervention. The battery integrates seamlessly with the wired power supply, switching automatically in the event of a power loss. Medigear.uk can advise on battery management and replacement for institutional fleet deployments.

Yes. The New E12 supports both wired Ethernet and wireless connectivity to a central monitoring system, enabling integration into a department-level or hospital-level patient monitoring network. Central monitoring allows nursing staff to observe multiple New E12 units simultaneously from a central station, with alarm forwarding and trend data accessible across the network. Three monitoring modes — Diagnosis, Monitoring, and Surgery — are selectable at the bedside or from the central station. For ICU and CCU procurement teams specifying a networked monitoring infrastructure, Medigear. UK can advise on the New E12's central monitoring compatibility during procurement planning.

The New E12 is suitable for neonatal, paediatric, and adult patients across ICU, CCU, operating room, general ward, outpatient, and bedside monitoring settings. NIBP measurement ranges, ECG heart rate ranges, and alarm limits are all configurable per patient type. The modular parameter suite covers the monitoring requirements of each clinical setting — from the comprehensive 8-parameter ICU configuration to a streamlined ward bedside setup. Medigear.uk can provide setting-specific configuration guidance and documentation for procurement teams specifying the New E12 across multiple clinical areas.

The New E12 carries CE certification confirming conformity with the applicable Medical Device Directive requirements for safety and performance across its full parameter suite and monitoring modes. This satisfies the primary compliance threshold for hospital and institutional clinical equipment procurement, and the New E12 meets it without restriction. The full declaration of conformity and technical documentation are available through Medigear.uk for governance and procurement review. Procurement teams with additional internal governance requirements should verify documentation against their own medical devices policy before finalising purchase.

Yes. The New E12 is available through Medigear.uk for individual unit purchase and bulk institutional fleet supply. If you're specifying a patient monitoring system across multiple ICU bays, CCU units, or operating rooms, Medigear.uk can offer volume pricing, module configuration documentation, and guidance on integrating with central monitoring systems. We support OEM arrangements and distributor supply for resellers building a patient monitoring product line. Lead times and logistics can be confirmed with the Medigear.uk commercial team.