Sanyang Medical is a medical pendant manufacturer in China supplying surgical pendants, anesthesia pendants, and ICU bridge pendant systems to hospitals, EPC contractors, and distributors who need safe gas delivery, verified ceiling load capacity, and documented installation support. As an ICU ceiling pendant system factory, we confirm load points, terminal standards, and arm layouts against your drawings before production begins.
Pendulaires médicaux (also called ceiling pendants, ICU bridge pendants, medical towers, or ICU/OR supply units) are ceiling-suspended service columns that deliver medical gases, electrical power, data connections, and equipment mounting at the point of care in intensive care units and operating rooms. Sanyang Medical manufactures single-arm and double-arm ICU pendants and OR surgical pendants with load capacities up to 200 kg, integrated gas terminals (O₂, air, vacuum, N₂O), electrical outlets, and 340° rotation, certified to CE and ISO 13485 standards for hospital projects and medical equipment distributors worldwide.
Industry analysts value the global medical pendant market at roughly USD 0.6 billion in 2026, with steady growth driven by OR and ICU modernization. Yet most project delays are not caused by the pendant itself — they come from unconfirmed ceiling loads, mismatched gas terminals, and arm layouts decided too late.
This page is organized as an engineering reference, not a product gallery. Each section answers the questions project teams raise before they release a pendant order.
Flexible OR equipment positioning
Wet & Dry zone separation
Integrated gas management
Heavy duty monitor suspension
Extended reach for complex ORs
Four pendant architectures cover the core hospital departments. Use this matrix to shortlist the right configuration before requesting a detailed datasheet.
| Paramètre | Surgical Pendant | Anesthesia Pendant | ICU Bridge | Potence d'endoscopie |
|---|---|---|---|---|
| Département principal | Salle d'opération | Salle d'opération | ICU / HDU / NICU | Endoscopy suite |
| Arm Configuration | Single or double articulated arm | Single articulated arm | Fixed beam with sliding trolleys | Reinforced single/double arm |
| Payload per Arm | Up to 200 kg | Up to 150 kg | Up to 120 kg per trolley | Up to 250 kg (reinforced) |
| Rotation Angle | 340° with limiters | 340° with limiters | Trolley travel along beam | 340° with limiters |
| Typical Gas Outlets | O2, AIR, VAC | O2, AIR, VAC, N2O, AGSS | O2, AIR, VAC (per bedside) | O2, AIR, VAC, CO2 |
| Motorized Elevation | Optionnel | Optionnel | Not applicable | Optionnel |
| Key Accessories | Shelves, drawers, IV poles, monitor mounts | AGSS interface, cable hooks, shelf stack | Infusion rails, monitor arms, bedside rails | Heavy monitor mounts, video cable management |
Core parameters for our ceiling supply units. Arm length, payload, and terminal layouts can be fully customized based on ICU/OR dimensions and local pipeline standards.
| Capacité de charge | Up to 200 kg per suspension arm (250 kg reinforced endoscopy version) |
|---|---|
| Angle de rotation du bras | 340° with mechanical limiters to protect internal hoses |
| Braking System | Friction brake (Standard) / Pneumatic or electromagnetic brake (Optional) |
| Prises de gaz médicaux | O2, Air, Vac, N2O, AGSS, CO2 (Configurable quantities) |
| Normes des terminaux gaziers | DIN (German), BS (British), AFNOR (French), OHMEDA (US) |
| Electrical & Data | Configurable 110V/220V sockets, RJ45 data ports, equipotential bonding pins |
| Material Construction | High-strength extruded aluminum alloy with anti-microbial powder coating |
| Base de norme de conception | ISO 11197 medical supply units; IEC 60601-1 electrical safety framework |
| Quantité minimale de commande (QMC) | 10 Unités |
A pendant arm carrying an anesthesia workstation or an endoscopy tower behaves as a cantilever under combined static and dynamic loads. Structural margin is designed, not assumed.
Pendant consoles sit at the end of the hospital’s medical gas pipeline system. Internal segregation and terminal compatibility determine whether the unit passes site validation.
Pendant positioning happens dozens of times per shift. Motion quality directly affects how fast staff can reconfigure the workspace around the patient.
The right pendant layout is driven by how the clinical team works around the patient, not by a generic catalog page.
Typical OR layouts pair a surgical pendant on the surgeon’s side with an anesthesia pendant at the head of the table. This keeps gas hoses off the floor, shortens setup time between cases, and preserves sterile field access around the table d'opération. As a surgical pendant supplier for operating room projects, we pre-plan the pendant-light-table layout in CAD before production.
Bridge beams span the bed and separate the dry zone (monitors, electrical, data) from the wet zone (infusion, fluids, suction). Sliding trolleys let staff adapt each bedside to patient acuity without moving the bed. Bridge pendants integrate with ICU hospital beds and monitoring platforms in complete critical care layouts.
Reinforced arms rated to 250 kg carry endoscopy towers and large displays, with dedicated internal channels for video and signal cabling so image routing stays organized and serviceable.
Every pendant is configured to order. The options below are confirmed during drawing review so the delivered unit matches site conditions exactly.
Outlet count and sequence for O2, AIR, VAC, N2O, AGSS, CO2; socket quantity, voltage (110V/220V), and regional plug standards; RJ45 and nurse-call interfaces positioned per your console layout drawing.
Single-arm, double-arm, or beam architectures with arm segments sized to the room. We verify the working radius against bed position, door swing, and adjacent booms before production.
Equipment shelves with raised edges, drawers, IV poles, monitor VESA mounts, infusion rails, and catheter baskets — all mounted on a standardized accessory rail for later reconfiguration.
We work with EPC contractors and hospital engineering departments from the blueprint phase. The goal: every load point, riser, and interface is frozen before concrete is poured.
We control the entire manufacturing process of our medical pendants — from extrusion of high-strength aluminum alloy to assembly and testing of internal gas pipelines. This guarantees structural safety and zero-leakage performance on every unit.
Our medical pendants are manufactured under an ISO 13485 quality management system and designed in accordance with ISO 11197 medical supply unit requirements. We provide complete documentation packs to support local registration, tender bidding, and customs clearance.
Confirme la conformité aux normes européennes de sécurité et de performance des dispositifs médicaux.
Télécharger le PDFCertifie notre système de gestion de la qualité complet pour la fabrication de dispositifs médicaux.
Télécharger le PDFDocument essentiel pour l'enregistrement du produit et le dédouanement dans de nombreux marchés internationaux.
Télécharger le PDFPendant projects succeed when the last mile is planned as carefully as the first drawing. Our delivery process is built for overseas hospital construction timelines.
Arms, consoles, and accessories are packed in fumigation-free export crates with shock indicators and desiccant. We support FOB, CIF, and DDP terms, and consolidate pendants with tables d'opération and other OR equipment in one shipment.
Contractors receive flange drawings, torque specs, and wiring diagrams ahead of delivery. Our engineers provide remote video commissioning during ceiling mounting and first power-up, verifying brake function and outlet flow.
We supply operation videos and maintenance manuals in English, covering brake operation, accessory reconfiguration, terminal replacement, and routine inspection intervals for hospital engineering teams.
Transparent commercial terms let procurement teams plan budgets and construction schedules with confidence.
| Standard Warranty | 12 months from commissioning, extendable for project orders |
|---|---|
| Spare Parts Supply | Gas terminals, brake components, sockets, and shelves stocked for fast dispatch; recommended spare kits quoted with project orders |
| Standard Lead Time | 25-35 days after drawing confirmation for standard configurations |
| Project Lead Time | 35-45 days for customized terminal layouts or motorized arms, including factory acceptance testing |
| After-Sales Response | Technical support by email and video call; engineering response within 24 hours on working days |
Clear answers to the structural, compliance, and workflow questions distributors, EPC contractors, and hospital engineering departments raise most often.
Posez une question personnaliséeLa capacité de charge du plafond est cruciale. Nous fournissons des plans précis de brides pré-encastrées et des exigences structurelles CAO aux entrepreneurs hospitaliers avant l'installation, garantissant que le béton du plafond peut supporter en toute sécurité le couple de porte-à-faux maximal du bras entièrement chargé.
Yes. To strictly adhere to international medical safety standards, our pendant consoles feature complete internal physical separation between gas pipelines and electrical wiring. This eliminates the risk of sparks igniting oxygen-rich environments.
Absolument. Nous configurons les terminaux de gaz (O2, AIR, VAC, N2O, AGSS) pour correspondre à vos normes locales de canalisations de gaz médicaux, y compris DIN (allemand), BS (britannique), AFNOR (français) et OHMEDA (américain).
Yes. We encourage EPC contractors and hospital engineering departments to submit ceiling plans and room layouts first. Our engineers review load points, gas riser positions, and arm reach against your drawings, then issue a configuration proposal together with the quotation.
Nos systèmes de suspension sont conçus conformément à la norme ISO 11197 (unités d'alimentation médicale) et au cadre de la norme IEC 60601-1 pour les appareils électromédicaux. Les interfaces des canalisations de gaz suivent les principes de l'ISO 7396-1, et nous fabriquons sous un système de management de la qualité ISO 13485 avec certification CE.
Standard suspension arms are rated up to 200 kg per arm, with reinforced configurations to 250 kg available for endoscopy towers and multi-monitor setups. Every arm is load-tested at the factory before shipment.
Oui. Chaque expédition comprend des dessins de brides pré-encastrées, des spécifications de couple, des schémas de câblage et des vidéos d'installation étape par étape. Nos ingénieurs prennent également en charge la mise en service à distance par vidéo pour les équipes d'entrepreneurs.
Les configurations standard sont expédiées dans environ 25 à 35 jours après confirmation du dessin.
Un système de pont suspendu pour soins intensifs est une poutre montée au plafond qui traverse un lit de soins intensifs et supporte les prises de gaz médicaux, l'alimentation électrique, les ports de données et les plateaux d'équipement sur des chariots coulissants. Il regroupe toutes les commodités au chevet du patient en une seule structure aérienne, laissant le sol libre pour les déplacements du personnel et permettant de repositionner les moniteurs et les pompes à perfusion sans déplacer le patient.
A medical pendant uses one or two rotating suspension arms to serve a fixed point beside an operating table, while a bridge pendant is a fixed horizontal beam spanning an ICU bed with sliding dry and wet zone trolleys. Pendants suit OR and anesthesia workflows; bridge systems suit multi-bed ICU and HDU layouts.
Start with bed count and layout: arm-type pendants suit individual ICU bays, while bridge pendants suit open-plan multi-bed units. Then confirm payload (our arms are rated to 200 kg), bedside gas outlet count, terminal standard (DIN, BS, AFNOR, or OHMEDA), and ceiling load capacity. An experienced ICU bridge pendant manufacturer in China should review your drawings before production — submit your drawings for a free layout review.
Dry-wet separation divides an ICU bridge pendant into two zones: the dry side carries monitors, electrical sockets, and data ports, while the wet side holds infusion pumps, suction, and fluid connections. This zoning prevents fluid spills from reaching electrical components — the defining safety feature of a dry wet separation medical pendant.
As a medical gas pendant supplier, we configure O2, medical air, vacuum (VAC), N2O, AGSS, and CO2 outlets in quantities matched to your clinical plan. Terminals are factory-fitted to DIN, BS, AFNOR, or OHMEDA standards so site hoses connect without adapters, and every gas route is pressure-tested and leak-checked before shipment.
Pendants are one part of a functioning OR or ICU. Source the full room package from one factory to simplify logistics, documentation, and warranty.
Electric and hydraulic operating tables engineered to work within pendant rotation envelopes, with matched accessory rails and imaging compatibility.
Room-level packages combining pendants, tables, lights, and medical gas infrastructure planning for new hospital construction and renovation projects.
Send your reflected ceiling plan or BOQ. Our engineering team returns a pendant layout proposal, load schedule, and quotation.
