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233 Medical GEV-610

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233 Medical GEV-610

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233 Medical GEV-610

Built for 4K UHD gastroenterology endoscopy suite visualisation, with 3-chip CMOS sensor, 3840×2160 resolution, and 2100-line definition.

The GEV-610 (and upgrade variant GEV-620) is a medical-grade 4K UHD endoscopic camera control unit (CCU) for gastroenterology endoscopy suites, with a 3-chip CMOS camera head delivering 9-megapixel imaging at 3840×2160 resolution and 2100 lines of definition. Multi-format outputs (HDMI 2.0, 3G-SDI, DVI, dual USB 3.0, LAN) support endoscopy tower integration, suite-wide display routing, and surgical recording. Medigear.uk distributes the GEV-610 / GEV-620 to UK NHS endoscopy units, day-case GI centres, hepat

Sections

Endoscopy Camera Systems & Towers

Categories

Medical Diagnostic Equipment

Condition

New

Origin

China

Seller Type

Certified Professional Seller

Size:

540 × 460 × 220 mm

CE & ISO Certified

Global Shipping

Supplier: Medigear

The GEV-610 / GEV-620 is a 4K UHD endoscopic camera control unit (CCU) for gastroenterology endoscopy suite use, designed around a 3-chip CMOS sensor head delivering 9-megapixel imaging at 3840 × 2160 resolution — four times the pixel count of conventional Full HD (1920 × 1080) systems. The 3-chip CMOS architecture uses a prism splitter to send incoming light to three separate sensors (one for each of the red, green, and blue channels), giving substantially higher colour fidelity and resolved detail than single-chip Bayer-filter cameras of equivalent pixel count. This is the same imaging architecture used by leading surgical visualisation platforms — independent products in their own right with their own clinical positioning, but sharing the 3-chip CMOS class.

The CCU couples through a C-mount eyepiece adapter to any rigid or flexible endoscope carrying the international standard eyepiece. In a gastroenterology endoscopy suite, this supports cholangioscopy and choledochoscopy during ERCP (where eyepiece-coupled cholangioscopes are routinely used), older fiberoptic flexible scopes still in service in some UK units, rigid sigmoidoscopy, rigid oesophagoscopy, anoscopy, and other auxiliary procedures alongside the main chip-on-tip flexible gastroscope or colonoscope workflow. Modern chip-on-tip flexible scopes (Olympus EVIS, Pentax i-SCAN, Fujifilm ELUXEO and equivalents) use their own proprietary processors and connect through the scope umbilical to those processors directly rather than through a generic CCU; the GEV-610 / GEV-620 complements rather than replaces those proprietary imaging chains.

Beyond direct scope coupling, the CCU serves as endoscopy suite display, recording, and integration infrastructure. The multi-format output suite includes HDMI 2.0 (4K @ 60 Hz capable for modern 4K endoscopy room monitors), 3G-SDI (HD routing into existing endoscopy integration systems), DVI (legacy monitor support), dual USB 3.0 (recording for MDT review, BCSP audit, and training material), and LAN (network streaming to PACS, integration platforms, and remote viewing). Sensor specifications include 9,000,000 effective pixels across three 1/2.8-inch CMOS chips, 2100-line horizontal definition, 0.3 lux minimum illumination, and adjustable shutter speeds from 1/60 to 1/60000 second (NTSC) or 1/50 to 1/50000 second (PAL). Universal mains (85-264 VAC) supports UK 230 V environments. CE marking, UK customs paperwork, and warranty support are confirmed through Medigear.uk at quotation.

The GEV-610 / GEV-620 4K UHD Endoscopic Camera System serves UK NHS endoscopy units, day-case GI centres, hepatobiliary surgery teams, and private gastroenterology practices building or upgrading their endoscopy suite imaging chain to 4K UHD standard. The system addresses two clinical roles in a typical UK endoscopy suite: direct visualisation through eyepiece-coupled scopes used in specific GI procedures, and broader endoscopy tower display, recording, and integration infrastructure that sits alongside the main chip-on-tip flexible scope workflow.

In ERCP (endoscopic retrograde cholangiopancreatography), the GEV-610 / GEV-620 pairs with eyepiece-coupled cholangioscopes for direct bile duct visualisation during difficult stone management, indeterminate biliary stricture assessment, and selective duct cannulation. Direct cholangioscopy (mother-baby scope technique with SpyGlass or equivalent eyepiece-coupled cholangioscope), choledochoscopy during open or laparoscopic common bile duct exploration, and percutaneous transhepatic cholangioscopy (PTCS) all benefit from the 4K resolution improvement in mucosal pattern visualisation. Hepatobiliary surgery teams running an integrated ERCP and surgical bile duct exploration service find the multi-modality coverage particularly useful.

For older fiberoptic flexible scope inventory still in service in some UK endoscopy units, the GEV-610 / GEV-620 provides a path to extract 4K-grade imaging from existing eyepiece-coupled gastroscopes, sigmoidoscopes, and bronchoscopes — supporting transition strategies where full chip-on-tip scope replacement is staged across multiple budget cycles. The 0.3 lux low-light sensitivity matters here particularly because older fiberoptic scopes deliver less light to the eyepiece than modern chip-on-tip designs.

In rigid sigmoidoscopy, oesophagoscopy, and anoscopy procedures performed in outpatient and day-case settings, the eyepiece-coupled imaging chain supports photographic and video documentation of findings for medical record, MDT review, and patient consultation purposes. The compact CCU footprint suits the smaller cart layouts typical in these outpatient settings.

For the broader endoscopy suite role, the CCU acts as recording, display routing, and integration infrastructure alongside the proprietary chip-on-tip processors used for modern flexible scope work. The dual USB 3.0 recording supports BCSP (Bowel Cancer Screening Programme) audit archive, JAG (Joint Advisory Group on GI Endoscopy) accreditation evidence files, MDT preparation video, and training material capture. The LAN streaming output supports integration with endoscopy reporting systems (Endobase, Endosoft, and equivalents), PACS connectivity, and remote viewing for teaching and second-opinion review.

4K UHD Resolution

3840 × 2160 resolution delivers four times the pixel count of Full HD, supporting sharper mucosal visualisation, better identification of small flat lesions, improved vascular pattern visualisation, and digital zoom into regions of interest without resolution loss — clinically meaningful for Barrett's oesophagus surveillance, IBD surveillance, and post-polypectomy assessment.

3-Chip CMOS Sensor Architecture

The 3-chip CMOS design delivers roughly three times the effective light sensitivity and substantially higher colour fidelity than single-chip Bayer-filter alternatives — important for mucosal pattern recognition, vascular pattern assessment, and the colour differences that carry diagnostic significance in surveillance gastroscopy and colonoscopy.

Multi-Format Output Suite

HDMI 2.0 (4K @ 60 Hz capable), 3G-SDI (HD routing), DVI (legacy compatibility), dual USB 3.0 (BCSP audit recording, MDT preparation, training material), and LAN (network streaming, PACS connectivity, reporting system integration) support both new 4K-ready endoscopy suites and legacy HD-based units without compromise.

Compatible with Eyepiece-Coupled GI Scopes

The C-mount eyepiece coupler supports cholangioscopes used during ERCP, older fiberoptic flexible gastroscopes and sigmoidoscopes, rigid sigmoidoscopes, oesophagoscopes, and anoscopes — covering the full range of eyepiece-coupled scope inventory typical in UK gastroenterology suites.

Complements Chip-on-Tip Flexible Scope Workflows

The GEV-610 / GEV-620 is positioned alongside (not replacing) the proprietary processors that drive modern chip-on-tip flexible scopes from Olympus, Pentax, and Fujifilm — supporting the eyepiece-coupled imaging workflows that sit alongside the main chip-on-tip workflow in a typical endoscopy suite.

0.3 Lux Low-Light Sensitivity

Low-light sensitivity at 0.3 lux supports image stability across endoscopic illumination conditions, particularly important when paired with older fiberoptic flexible scopes that deliver less light to the eyepiece than modern chip-on-tip designs.

BCSP and JAG Accreditation Recording Support

The dual USB 3.0 recording outputs directly support Bowel Cancer Screening Programme audit archive requirements and Joint Advisory Group accreditation evidence file requirements, fitting into UK endoscopy unit governance and reporting workflows.

Universal Mains Compatibility

The 85-264 VAC universal mains supply supports installation across UK 230 V endoscopy room environments without voltage configuration adjustment, simplifying procurement and deployment.

Standard Eyepiece Coupling

The C-mount eyepiece coupler attaches to virtually all rigid and eyepiece-coupled flexible endoscopes carrying the international standard eyepiece, supporting integration with existing inventory across the unit.

4K UHD Output Standard

The CCU outputs 3840 × 2160 resolution through its HDMI 2.0 port at frame rates up to 60 Hz, supporting modern 4K endoscopy room monitors at their native resolution.

3-Chip CMOS Camera Head

The camera head uses three 1/2.8-inch CMOS sensors with prism splitter, delivering 9 million effective pixels and 2100-line horizontal definition.

Multi-Format Video Outputs

HDMI 2.0 for 4K monitors, 3G-SDI for HD endoscopy integration, DVI for legacy monitors and capture cards, two USB 3.0 ports for surgical recording and peripherals, LAN for network streaming and PACS integration.

Adjustable Shutter Speed

Shutter speed adjustable from 1/60 to 1/60000 second (NTSC) or 1/50 to 1/50000 second (PAL) supports standard video and fast-action recording during peristaltic movement.

Low-Light Sensitivity 0.3 Lux

Minimum illumination of 0.3 lux supports image quality across challenging endoscopic illumination conditions, particularly relevant for older fiberoptic flexible scope use.

Touchscreen Console

The CCU mounts a colour touchscreen interface for camera-head selection, preset protocols, white balance, brightness adjustment, recording control, and patient-record fields.

2.8 m Camera Cable (Customisable)

The standard camera cable length is 2.8 m, with custom lengths available at order to suit specific endoscopy room cart and instrument layout requirements.

C-Mount Eyepiece Coupler

The camera head terminates in a C-mount coupler accepting any standard rigid or flexible endoscope eyepiece, compatible with cholangioscopes, choledochoscopes, rigid sigmoidoscopes, oesophagoscopes, and older fiberoptic flexible gastroscopes.

Universal Mains 85-264 VAC

Universal voltage range supports UK 230 V installation without voltage configuration adjustment.

Recording for BCSP, JAG, and MDT Workflows

USB 3.0 dual ports support direct recording to external USB storage for Bowel Cancer Screening Programme audit, JAG accreditation evidence files, MDT preparation, and training material capture.

Endoscopy Integration Compatibility

HDMI 2.0 and 3G-SDI outputs route into major endoscopy integration platforms including Karl Storz OR1, Olympus Endoalpha, Stryker SDC Ultra, and generic video-over-IP integration systems. LAN output supports endoscopy reporting system integration (Endobase, Endosoft, and equivalents).

Front-Panel Controls

The CCU console provides front-panel buttons for power, menu navigation, recording start/stop, photo capture, brightness adjustment, and automatic white balance.

Compatible with Rigid and Eyepiece-Coupled Flexible Scopes

The C-mount eyepiece coupler supports rigid scopes used in GI workflow (rigid sigmoidoscope, oesophagoscope, anoscope) and eyepiece-coupled flexible scopes including ERCP cholangioscopes (SpyGlass and equivalents), choledochoscopes for biliary tract assessment, and older fiberoptic flexible gastroscopes and colonoscopes still in service in some UK units.

Optional Foot Switch

Optional foot switch supports hands-free recording control and image capture during chair-side technique, useful for solo-endoscopist working configurations.

LAN Network Streaming for PACS

Network output supports remote viewing for teaching, telemedicine consultation, PACS integration, and connection to endoscopy reporting systems for digital workflow.

Sterilisation Compatibility

The camera head typically supports low-temperature ETO and hydrogen peroxide plasma sterilisation; standard configuration uses sterile drape protection of the cable during use rather than direct reprocessing. Confirm specific compatibility for the camera head on the data sheet at order.

CE Marking Documentation

CE marking documentation, declaration of conformity, and medical device conformity assessment file supplied at order for NHS endoscopy unit procurement compliance.

Standard Configuration

The standard package includes the CCU console with touchscreen, the 3-chip CMOS camera head with 2.8 m camera cable, C-mount eyepiece coupler, AC mains cable, operating manual, and CE marking documentation. Optional foot switch, custom cable lengths, and integration accessories available at order specification.

The GEV-610 / GEV-620 4K UHD Endoscopic Camera System is a strong fit for UK NHS endoscopy units, day-case GI centres, hepatobiliary surgery teams, and private gastroenterology practices that want 4K UHD imaging quality for eyepiece-coupled scope use alongside their main chip-on-tip flexible scope workflow. Its 4K UHD resolution, 3-chip CMOS sensor architecture, 9-megapixel effective resolution, 2100-line definition, multi-format video output suite (HDMI 2.0, 3G-SDI, DVI, dual USB 3.0, LAN), 0.3 lux low-light sensitivity, and universal mains supply cover the daily demands of ERCP cholangioscopy and choledochoscopy, older fiberoptic flexible scope replacement workflows, rigid sigmoidoscopy and anoscopy, and broader endoscopy suite display, BCSP audit recording, JAG accreditation evidence capture, and integration infrastructure. The C-mount eyepiece coupler attaches to virtually all rigid and eyepiece-coupled flexible endoscopes, supporting integration with existing UK endoscopy unit inventory. Medigear.uk distributes the GEV-610 / GEV-620 across the United Kingdom with CE marking documentation, customs and installation support, and warranty cover through the manufacturer's UK partner network. Contact Medigear.uk for quotations, GEV-610 vs GEV-620 configuration selection, endoscopy integration and reporting system validation, custom cable length specification, and NHS endoscopy unit compliance file requests.

FAQ

Frequently Asked Questions

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

Modern Olympus EVIS, Pentax i-SCAN, Fujifilm ELUXEO, and equivalent chip-on-tip flexible gastroscopes and colonoscopes use their own proprietary processors and dedicated processor connections — they do not couple to a generic CCU. The GEV-610 / GEV-620 complements those proprietary imaging chains rather than replacing them; it covers the eyepiece-coupled imaging workflows that sit alongside the chip-on-tip systems in a typical endoscopy suite, including ERCP cholangioscopy, older fiberoptic scope replacement, rigid sigmoidoscopy and anoscopy, and adjunctive recording/display infrastructure across the unit.

ERCP (endoscopic retrograde cholangiopancreatography) cholangioscopy and choledochoscopy routinely use eyepiece-coupled cholangioscopes for direct bile duct visualisation alongside the main duodenoscope. Direct cholangioscopy (mother-baby scope technique) and percutaneous transhepatic cholangioscopy (PTCS) also use eyepiece-coupled scopes. Some UK units retain older fiberoptic flexible gastroscopes and sigmoidoscopes with eyepiece coupling. Rigid sigmoidoscopy, rigid oesophagoscopy, and anoscopy are also eyepiece-coupled where photographic documentation is required.

A 3-chip camera uses a prism splitter to send incoming light to three separate sensors, each filtered for a single colour channel. This delivers roughly three times the effective light sensitivity, substantially higher colour fidelity, and sharper resolved detail at equivalent pixel count compared with single-chip Bayer-filter cameras. For GI imaging, the colour fidelity matters particularly for mucosal pattern recognition, vascular pattern assessment, and dysplasia detection during surveillance colonoscopy and gastroscopy where subtle colour differences carry diagnostic significance.

4K UHD (3840 × 2160) delivers four times the pixel count of Full HD (1920 × 1080), supporting sharper visualisation of mucosal detail, better identification of small flat lesions, improved vascular pattern visualisation, and digital zoom into regions of interest without loss of clarity. Published clinical research on 4K endoscopy supports improved adenoma detection rates in surveillance colonoscopy and improved dysplasia detection in Barrett's oesophagus surveillance, though clinical workflow benefits depend on the operator and the diagnostic algorithm applied to the imaging.

The CCU provides HDMI 2.0 (4K @ 60 Hz capable, the standard output for modern UHD endoscopy room monitors), 3G-SDI (HD routing into existing endoscopy integration systems and SDI-based recording), DVI (compatibility with legacy DVI monitors and capture cards), dual USB 3.0 (direct recording to external storage for MDT review, BCSP audit, and training), and LAN (network streaming to integration platforms, PACS, and remote viewing systems). This combination supports both new 4K-ready endoscopy suites and existing HD-based units without compromise on either side.

The manufacturer publishes CE marking on the GEV-610 / GEV-620 product literature. Medigear.uk confirms CE marking documentation, declaration of conformity, and UKCA status at quotation. Endoscopic camera systems used in invasive endoscopy are classified as Class IIa or Class IIb medical devices under UK Medical Devices Regulations 2002 (as amended) depending on intended use. NHS endoscopy unit procurement typically requires the full conformity assessment documentation file; Medigear.uk supplies this at order, supporting Joint Advisory Group (JAG) accreditation compliance and Bowel Cancer Screening Programme (BCSP) equipment standards.

The dual USB 3.0 recording supports direct archive of procedures for BCSP (Bowel Cancer Screening Programme) audit requirements, JAG (Joint Advisory Group on GI Endoscopy) accreditation evidence files, and MDT (multi-disciplinary team) meeting preparation. The LAN streaming output supports integration with PACS, endoscopy reporting systems (Endobase, Endosoft, and equivalents), and remote MDT viewing where required. Specific integration validation should be coordinated with the reporting system vendor and the unit's IT department before commissioning.

The CCU mounts on a standard endoscopy tower cart alongside the light source, recorder, insufflator, and any chip-on-tip flexible scope processor. The HDMI 2.0 and 3G-SDI outputs route into endoscopy room monitors, integration platforms (Karl Storz OR1, Olympus Endoalpha, Stryker SDC Ultra, and generic video-over-IP systems), and recorders. Footprint and tower-mount compatibility should be confirmed at site survey to ensure clean cable routing and access for biomedical engineering maintenance.

The camera head specification typically supports low-temperature ethylene oxide (ETO) sterilisation and low-temperature hydrogen peroxide plasma (Sterrad-class) sterilisation, with the camera cable protected by a sterile drape during use rather than reprocessed directly. Some configurations support full immersion disinfection compatible with endoscopy decontamination unit (EDU) workflows. The CCU console itself is a non-sterile item kept on the tower cart and protected from fluids during use; standard surface disinfection between cases is the routine cleaning protocol. Confirm specific sterilisation compatibility for the camera head on the technical data sheet at order.

The manufacturer's standard warranty typically covers 12-24 months on the CCU console and shorter terms on the camera head and cable, reflecting the higher handling stress on the camera head and cable in active endoscopy use. Extended warranty options and biomedical service contracts can be added at order; specific terms are confirmed at quotation through Medigear.uk. Camera head and cable failures outside warranty are repairable by the authorised UK service network; cost-effectiveness of repair vs replacement depends on age and configuration.