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Olympus BF-3C160

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Olympus BF-3C160
Olympus Medical Diagnostic Equipment

Olympus BF-3C160

Slim design with dependable airway clarity

The Olympus BF-3C160 is an ultra-slim HD video bronchoscope for hospital pulmonology departments, paediatric pulmonology services, peripheral lung programmes, ICU bedside bronchoscopy, and advanced bronchoscopy training. With an ultra-narrow 3.8 mm insertion tube, world's smallest CCD, NBI capability, 1.2 mm channel, and 210°/130° angulation, the Olympus BF-3C160 supports peripheral airway work. Available at Medigear.uk.

Sections
Bronchoscope
Categories
Medical Diagnostic Equipment
Condition
Good
Origin
France
Seller Type
Professional Seller
CE & ISO Certified
Global Shipping
Supplier: Medigear
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The Olympus BF-3C160 is an ultra-slim HD video bronchoscope from Olympus Medical Systems, engineered for pulmonology departments, paediatric pulmonology services, peripheral lung bronchoscopy programmes, ICU bedside services, narrow lumen airway services, and bronchoscopy training programmes. Part of the EVIS EXERA platform, the BF-3C160 is the first videoscope that truly lives up to the term "ultra-slim" with a remarkably ultra-narrow 3.8 mm insertion tube — the slimmest ever used in a videoscope at launch — across diverse pulmonology workflows today.

The world's smallest endoscopic CCD is the defining BF-3C160 imaging capability. Olympus advanced CCD miniaturization technology generates crystal-clear, high-resolution video images without loss of quality despite the ultra-narrow 3.8 mm tube. The colour-chip CCD delivers brilliant video images far superior to fiberoptic scopes, making diagnostic procedures in thin lumina easier. Combined with a 110° field of view, 2-50 mm depth of field, and NBI capability when paired with an EVIS EXERA processor, the BF-3C160 supports confident peripheral airway visualisation.

The 1.2 mm working channel supports diagnostic bronchoscopy procedures including bronchoalveolar lavage (BAL), cytology brushing, and mini-forceps biopsy. Compatible with the Olympus FB-56D-1 mini biopsy forceps and BC-203D-2006 mini cytology brushes, the BF-3C160 delivers tissue sampling capability in peripheral airways where standard bronchoscopes cannot reach. The 3.1 mm distal end diameter (tapered part 2.9 mm) and 600 mm working length support navigation through narrow paediatric and adult peripheral airways across diverse clinical scenarios.

The 210° UP / 130° DOWN tip bending range — wider than competing slim scopes — combined with 120° left / 120° right rotation function delivers exceptional manoeuvrability. The newly-designed control section with conveniently-located operator switches reduces user fatigue, the ergonomic grip enhances handling, the Scope ID function stores procedure count, accessories are disposable or autoclavable, and standardized accessories support compatibility with current Olympus bronchovideoscope and bronchofiberscope lines worldwide.

Paediatric Bronchoscopy

The Olympus BF-3C160 anchors paediatric bronchoscopy across hospital paediatric pulmonology departments, paediatric ICU services, and tertiary children's hospitals. The ultra-narrow 3.8 mm insertion tube, 1.2 mm channel, miniature CCD imaging, 210°/130° angulation, and rotation function support diagnostic and therapeutic bronchoscopy in paediatric patients across paediatric pulmonology services worldwide today during routine clinical practice.

Peripheral Lung Bronchoscopy

Peripheral lung bronchoscopy benefits substantially from the BF-3C160's ultra-slim 3.8 mm tube reaching distal airways inaccessible to standard videoscopes. Combined with miniature CCD imaging, NBI capability, and rotation function, the platform supports peripheral airway exploration, distal nodule evaluation, and segment-level examination across hospital pulmonology services worldwide today during routine practice.

Mini-Biopsy and Cytology Sampling

Mini-biopsy and cytology sampling benefit from the BF-3C160's 1.2 mm working channel compatible with the Olympus FB-56D-1 mini biopsy forceps and BC-203D-2006 mini cytology brushes. Sampling in narrow peripheral airways supports diagnosis of suspicious nodules, infiltrates, and peripheral lesions across hospital pulmonology and oncology services worldwide today during routine clinical practice.

Bronchoalveolar Lavage in Peripheral Airways

Bronchoalveolar lavage (BAL) in peripheral airways benefits from the BF-3C160's 1.2 mm working channel and ultra-slim tube design. Distal airway BAL in segmental and subsegmental bronchi supports diagnosis of infection, inflammation, and interstitial lung disease in regions inaccessible to therapeutic-class bronchoscopes across hospital pulmonology and infectious disease services worldwide today.

Narrow Lumen Airway Services

Narrow lumen airway services benefit from the BF-3C160's ultra-narrow 3.8 mm tube design and rotation function. The slender platform supports bronchoscopy in patients with airway strictures, post-intubation stenosis, tracheal narrowing, and complex airway anatomies where standard adult bronchoscopes cannot navigate across hospital tertiary services worldwide today during routine clinical practice in busy programmes.

For Hospital Pulmonology Departments

The Olympus BF-3C160 brings ultra-slim HD video bronchoscopy to hospital pulmonology departments, paediatric pulmonology services, and peripheral lung programmes through the 3.8 mm insertion tube, world's smallest endoscopic CCD, NBI capability, 1.2 mm channel, and 210°/130° angulation with rotation function. Reliable Olympus engineering, Scope ID management, ergonomic design, and broad accessory compatibility meet stringent procurement compliance across institutional pulmonology services worldwide today during routine clinical practice in busy daily bronchoscopy programmes and tertiary centres.

For Paediatric and Training Programmes

The BF-3C160 supports paediatric pulmonology services, paediatric ICU programmes, narrow lumen airway services, and advanced bronchoscopy training through its ultra-narrow 3.8 mm tube design, miniature CCD imaging, NBI capability, and ergonomic control section. Reliable Olympus engineering and broad accessory compatibility support practical integration across paediatric pulmonology services and bronchoscopy training programmes worldwide today during busy daily clinical workflows in tertiary children's hospitals and academic teaching centres.

For Medical Equipment Distributors

Olympus is a globally established bronchoscopy manufacturer with strong brand recognition, comprehensive training resources, expert technical support, and reliable after-sales service networks worldwide. Distributors partnering with Medigear.uk gain access to a complete BF-3C160 ecosystem supported by detailed documentation, warranty coverage, parts availability, and refurbished inventory. Sustained BF-3C160 demand drives consistent distribution value across pulmonology, paediatric, and peripheral lung channels worldwide today.

Ultra-Narrow 3.8 mm Insertion Tube

The ultra-narrow 3.8 mm insertion tube outer diameter — the slimmest ever used in a videoscope at launch — enables deeper insertion into the bronchi than standard videoscopes. The slender tube sets a new standard for ultra-slim HD video bronchoscopy in peripheral airways.

World's Smallest Endoscopic CCD

Olympus advanced CCD miniaturization technology incorporates the world's smallest CCD ever used in an endoscope at the time of launch. The miniature colour-chip CCD generates crystal-clear, high-resolution video images far superior to fiberoptic scopes despite the ultra-narrow tube.

NBI Capability

Narrow Band Imaging (NBI) capability — when paired with an EVIS EXERA processor — enhances visualisation of capillary and mucosal structures in peripheral airways. NBI supports detection of subtle vascular and mucosal abnormalities during peripheral lung bronchoscopy procedures.

1.2 mm Working Channel

The 1.2 mm working channel supports diagnostic bronchoscopy procedures including BAL, cytology brushing, and mini-forceps biopsy. Compatible accessories include the FB-56D-1 mini biopsy forceps and BC-203D-2006 mini cytology brushes for peripheral airway sampling.

210°/130° Angulation and Rotation Function

The 210° UP and 130° DOWN tip bending range combined with 120° left / 120° right rotation function delivers exceptional manoeuvrability through the bronchial tree, supporting comprehensive examination of paediatric and adult peripheral airway anatomy.

Ergonomic Control Section

The newly-designed control section with conveniently-located operator switches reduces user fatigue during extended procedures. The ergonomic grip enhances scope manoeuvrability and handling, supporting comfortable operator workflow across bronchoscopy services worldwide today.

Scope ID and Efficient Reprocessing

The Scope ID function stores individual scope information including procedure count. All reprocessing accessories are disposable or autoclavable, supporting efficient reprocessing workflows, full traceability, and documentation of all reprocessing phases across hospital services.

The Olympus BF-3C160 video bronchoscope is a clinically proven ultra-slim HD bronchovideoscope combining the ultra-narrow 3.8 mm insertion tube — the slimmest ever used in a videoscope at launch — that delivers deeper insertion into the bronchi than standard videoscopes, the world's smallest endoscopic CCD with miniaturization technology generating crystal-clear high-resolution video images far superior to fiberoptic scopes, NBI capability for enhanced capillary and mucosal visualisation, 1.2 mm working channel for BAL, cytology brushing, and mini-forceps biopsy with FB-56D-1 and BC-203D-2006 compatibility, 3.1 mm distal end with tapered 2.9 mm part and 600 mm working length, 210° UP and 130° DOWN tip bending range, 120° left and 120° right rotation function, newly-designed ergonomic control section, Scope ID function, and disposable or autoclavable accessories in one EVIS EXERA platform. Whether for paediatric or peripheral work, the BF-3C160 delivers. Contact Medigear.uk for the BF-3C160 today.

FAQ

Frequently Asked Questions

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

The Olympus BF-3C160 is an ultra-slim HD video bronchoscope used for paediatric bronchoscopy, peripheral lung bronchoscopy, mini-biopsy and cytology sampling, bronchoalveolar lavage in peripheral airways, narrow lumen airway services, and advanced bronchoscopy training. It serves hospital pulmonology departments, paediatric services, ICU bedside services, and peripheral lung programmes worldwide today.

The BF-3C160 features an ultra-narrow 3.8 mm insertion tube outer diameter — the slimmest ever used in a videoscope at launch. The 3.1 mm distal end diameter with tapered part of 2.9 mm enables deeper insertion into the bronchi than standard videoscopes, supporting peripheral airway access across paediatric and adult patients worldwide today.

The BF-3C160 features the world's smallest CCD ever used in an endoscope at launch. Olympus advanced CCD miniaturization technology generates crystal-clear, high-resolution video images without loss of quality despite the ultra-narrow tube. The colour-chip CCD delivers brilliant video images far superior to fiberoptic scopes across diagnostic procedures.

Yes. The BF-3C160 supports Narrow Band Imaging (NBI) when paired with an EVIS EXERA processor. NBI enhances visualisation of capillary and mucosal structures in peripheral airways, supporting detection of subtle vascular and mucosal abnormalities during peripheral lung bronchoscopy across hospital pulmonology services worldwide today.

The BF-3C160 features a 1.2 mm working channel. The channel supports diagnostic bronchoscopy procedures including BAL, cytology brushing, and mini-forceps biopsy. Compatible accessories include the Olympus FB-56D-1 mini biopsy forceps and BC-203D-2006 mini cytology brushes for peripheral airway sampling across services.

The BF-3C160 features 210° UP and 130° DOWN tip bending range — wider than competing slim videoscopes — combined with 120° left and 120° right rotation function. The wide bending range and rotation function deliver exceptional manoeuvrability through paediatric and adult peripheral airway anatomy during procedures worldwide today.

The BF-3C160 features a rotation function providing 120° left and 120° right scope rotation. The rotation function enables enhanced manoeuvrability through complex airway anatomy, supporting orientation adjustment during peripheral bronchoscopy and challenging anatomical navigation across hospital pulmonology services worldwide today during routine clinical practice.

Yes. The BF-3C160's ultra-narrow 3.8 mm insertion tube design supports paediatric bronchoscopy across paediatric pulmonology departments, paediatric ICU services, and tertiary children's hospitals. Combined with miniature CCD imaging, 1.2 mm channel, 210°/130° angulation, and rotation function, the platform serves paediatric respiratory medicine worldwide today.

The Scope ID function stores individual scope information including the number of procedures performed and displays it on the monitor. The function facilitates equipment management, tracking, and maintenance planning in pulmonary laboratories and bronchoscopy suites across hospital pulmonology services worldwide today during routine clinical practice in busy programmes.

The BF-3C160 is compatible with Olympus EVIS EXERA video processors including CV-160, CV-180, CV-190, and CLV-160 light source. Broad processor compatibility supports flexible deployment across hospital pulmonology suites with existing Olympus video infrastructure. NBI capability requires pairing with an EVIS EXERA NBI-capable processor and light source.

Medigear.uk supports site planning, installation, commissioning, and clinician training for the Olympus BF-3C160. Training covers ultra-slim videoscope technique, paediatric bronchoscopy, peripheral airway navigation, mini-biopsy and brushing technique, NBI interpretation, rotation function use, Scope ID management, and reprocessing via authorised Olympus service partners worldwide today.

Yes. Medigear.uk supports certified refurbished Olympus BF-3C160 procurement at cost-effective prices. Refurbished video bronchoscopes undergo comprehensive inspection, leak testing, channel verification, CCD assessment, rotation function testing, and quality control, providing a budget-friendly option for hospital pulmonology, paediatric, and peripheral lung programme procurement worldwide today.