REACH Surgical · Powered Surgical Stapling

iREACH Omnia

Adaptability and control in surgical stapling.

The iREACH Omnia powered stapling platform combines wide-angle articulation, adaptive firing technology and a versatile reload portfolio to support precision in complex surgical procedures.

Up to 90° articulationIntelligent reload recognition30 / 45 / 60 mm reloads

iREACH Omnia powered surgical stapler shown with articulated reload

Innovation in Powered Stapling

Key Differentiators

A combination of mechanical design and intelligent controls gives surgeons additional options when working with different tissue types and anatomical spaces.

01 / ACCESS

Up to 90° Articulation

Wide-angle articulation with compatible reloads is designed to improve access in confined and anatomically challenging areas.

02 / CONTROL

Powered Jaw Control

Powered opening and closing supports controlled positioning and allows partial closure before full activation.

03 / FIRING

Tissue-Adaptive Firing

Cutting speed automatically adjusts according to tissue resistance, with a slower final phase designed to limit slippage.

04 / INTELLIGENCE

Reload Recognition

Integrated identification technology recognises the connected reload and applies corresponding compression and firing settings.

05 / VERSATILITY

Reload Portfolio

30 mm, 45 mm and 60 mm options, including isometric and progressive staple-height configurations, accommodate different applications.

06 / COMPRESSION

Stepped Reload Design

Progressive staple heights and stepped surface geometry are intended to support tissue compression and fluid displacement.

07 / VISIBILITY

Fixed Anvil

A fixed anvil helps clinicians position tissue while maintaining a stable instrument configuration.

08 / MANOEUVRABILITY

Short Articulation Joint

The compact joint supports precise positioning and manoeuvrability in restricted surgical spaces.

Surgeon-Focused Technology

Designed with Surgeons in Mind

Omnia is designed to give surgeons greater control over instrument placement, tissue compression and firing throughout suitable minimally invasive procedures.

Controlled Access

Wide articulation and a short distal joint can assist access in difficult anatomical locations.

Precise Tissue Positioning

Partial jaw closure allows adjustments to tissue positioning ahead of the firing sequence.

Adaptive Technology

Firing parameters respond to the selected reload and resistance encountered during use.

Choice of Reload Geometry

Different lengths, tip configurations and staple-height profiles support procedure-specific selection.

Surgical team working in the operating theatre

Healthcare professional providing care and reassurance to a patient
Supporting Patient Care

Designed for Consistent Stapling Performance

Staple formation, controlled tissue compression and surgical access are central considerations in stapling device design. Omnia incorporates several technologies intended to support these goals.

Consistent Staple Formation

Reload-specific parameters and tissue-adaptive firing are designed to support controlled staple formation.

Considered Tissue Compression

Progressive reload design provides another option for managing varying tissue thicknesses.

Firing Control in Difficult Anatomy

Enhanced articulation and controlled jaw operation support positioning in confined spaces.

Supporting Theatre Teams

Hospital Operational Excellence

Instrument flexibility and intelligent controls can support standardised workflows across a range of procedures.

01

Procedural Versatility

Multiple reload lengths and staple configurations support different procedural needs.

02

Reload Selection

Tailored reload options allow teams to select instrumentation for differing tissue characteristics.

03

Streamlined Handling

Powered opening and closure may reduce the need for repeated manual adjustments.

04

Intelligent Controls

Reload recognition and tissue-adaptive firing support consistency of device operation.

Designed for Demanding Procedures

Surgical Specialties

The platform offers features relevant to a number of surgical disciplines, subject to device indications and the reload selected.

Colorectal Surgery

Articulation and a compact distal joint can assist access in deep pelvic anatomy during colorectal resection and anastomosis.

Bariatric Surgery

Powered firing and reload options accommodate the varying tissue thicknesses encountered in upper gastrointestinal and bariatric procedures.

Thoracic Surgery

Wide-angle access and compact reload geometry support precise positioning during suitable minimally invasive thoracic procedures.

Hepatopancreatic Surgery

Tissue-adaptive controls and differentiated reload options offer flexibility for selected liver and pancreatic surgical applications.

A Versatile Stapling Platform

Reload Options

Omnia supports a choice of reload lengths and staple-height designs, allowing clinicians to select the configuration appropriate to the tissue and procedure.

30 mm45 mm60 mmIsometricProgressive Height

For reload specifications, product codes and availability, please contact the IMS team.

One powered platform, multiple reload configurations — designed to give surgeons more choices at the point of use.

Compatible combinations, clinical indications and performance limits must be confirmed against the current manufacturer instructions for use.

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Interested in iREACH Omnia?

Contact our team to discuss product information, demonstrations and availability.