Introduction
An ophthalmology operating table is a specialized operating table designed for the ophthalmic surgery, such as the cataract, the glaucoma, the retinal, and the other eye surgeries, and it is used in the hospitals, the clinics, and the ophthalmic centers. The ophthalmology operating table consists of a table with the adjustable height, the tilt, and the head and the foot sections, a mattress or a pad, and the controls, and it provides the positioning of the patient for the ophthalmic procedures, with the features such as the electric or the manual adjustment, the head support, and the armrests, and it is designed for the access and the comfort of the surgeon and the patient, and it is used with the ophthalmic microscopes and the other equipment; the ophthalmology operating table is used for the positioning of the patient during the ophthalmic surgery, for the adjustment of the height and the position for the surgery, for the procedures under the microscope, for the patient comfort, and for many other applications, and it is available in various configurations, from the manual tables to the electric tables with the memory positions; the ophthalmology operating table is an essential equipment in the ophthalmic operating rooms. Ophthalmology operating tables are used in the hospitals, in the ophthalmic clinics, in the surgery centers, and for many other applications. With their specialized design, ophthalmology operating tables are essential for the ophthalmic surgery.
Operating Table LOPT-T2010
Operating Table offers optimal height adjustment from 530mm to 780mm. It provides an adjustable head section of 100mm range for optimal patient positioning. This table comes with a built...
Electric Operating Table LEOT-T2013
Electric Operating Table offers optimal height adjustment, effortlessly lowering to 500mm, which reduces strain during lengthy procedures. It provides a reliable up/down (750mm max / 500...
Electric Operating Table LEOT-T2012
Electric Operating Table offers a leg section adjustability to fold downward 90° with 90° eversion. It features a Trendelenburg and reverse Trendelenburg of ≥25° positioning for lap...
Electric Operating Table LEOT-T2010
Electric Operating Table features ergonomic patient comfort with an adjustable head section up to 90°. It also features a kidney bridge lift to 60 mm+, and split-leg positioning ensures...
Operating Table LOPT-T2012
Operating Table features a 360° flexibility for rotating, detaching, or adjusting the leg section for optimal patient positioning. The table provides a head and leg section tilt of up t...
Operating Table LOPT-T2010
Operating Table provides back section positioning that can raise to ≥45° and lower to ≥20° for optimal patient access. It also provides a kidney bridge elevation of ≥100mm, enhancin...
Operating Table LOPT-T2011
Operating Table features an advanced positioning that includes Trendelenburg (≥20°) and reverse Trendelenburg (≥30°) for ultimate flexibility. It provides an adjustable height of 800...
Standards
IEC 80601-2-46-Medical electrical equipment-Operating tables-Particular requirements
Complies with the above standards, but is not limited to them.
Features
1. Ophthalmology operating table for precise, specialized positioning during eye surgery and ophthalmic procedures.
2. Dedicated surgical table with head rest, arm positioning, and fine adjustment for cataract, retinal and corneal surgery.
3. Suitable for ophthalmology clinics, eye surgery centers, hospital eye departments and outpatient ophthalmic ORs.
4. Includes table base, column, tabletop, head rest, arm boards, controls, mattress and operation manual.
5. Supports patient positioning for cataract surgery, vitreoretinal surgery, corneal transplant, glaucoma and oculoplastic procedures.
FAQ
Q1: What testing scenarios is this table mainly applied to?
A: The ophthalmology operating table is used in ophthalmology clinics, eye surgery centers, hospital ophthalmology departments, and outpatient eye surgery facilities to provide precise, stable positioning of patients during eye surgery and ophthalmic procedures, with specialized features for head support, arm positioning (for surgeon comfort), and fine height/tilt adjustment optimized for microsurgical eye procedures. It supports cataract surgery (phacoemulsification, IOL implantation - supine, head slightly elevated, stabilized with head rest; precise height adjustment for surgeon ergonomics under operating microscope), vitreoretinal surgery (vitrectomy, retinal detachment repair, macular surgery - supine, head positioned for surgeon access; may require slight reverse Trendelenburg; stable platform for delicate microsurgery), corneal surgery (corneal transplant (penetrating keratoplasty, DMEK, DSAEK), refractive surgery (LASIK, PRK - some procedures use dedicated laser beds, but ophthalmic table for others), glaucoma surgery (trabeculectomy, tube shunt implantation - supine, head turned slightly), oculoplastic surgery (blepharoplasty, ptosis repair, orbital surgery, lacrimal surgery - supine, head slightly elevated/turned), pediatric ophthalmology (strabismus surgery, pediatric cataract - smaller patient positioning, may need pediatric accessories), and other anterior/posterior segment eye procedures requiring precise, stable patient positioning and surgeon access under operating microscope. The table is designed for ophthalmic surgery: typically has a dedicated head rest (to stabilize head and allow surgeon to sit/stand at head of table), arm supports/boards (for surgeon arms during microsurgery - reduces fatigue), narrow/short tabletop (eye surgery only needs upper body access), and precise height control (for alignment with operating microscope).
Q2: What standards does the table comply with?
A: The ophthalmology operating table follows relevant IEC, ISO and GB/T standards including IEC 60601-1 (medical electrical equipment safety), IEC 60601-2-46 (particular requirements for operating tables), ISO 12143 (operating tables - requirements and test methods), and applicable medical device regulations (FDA 510(k), CE MDR, NMPA). The table is a Class I medical device. Calibration/verification includes load testing, position accuracy, electrical safety (IEC 62353), and functional testing. For hospital/surgery center use, follow biomedical engineering maintenance schedules and accreditation requirements (Joint Commission, AAAHC).
Q3: What is the warranty period for the whole table and key components?
A: The whole ophthalmology operating table is covered by a 12-24 month warranty. The base, column, drive system, tabletop, head rest, controls, and frame are covered, while mattress, head rest pad (wear part), arm boards, controls, and batteries (if equipped) are consumables/accessories. Damage from improper use, exceeding weight capacity, liquid spillage (ocular solutions, disinfectants), impact damage, drive failure, or unauthorized repair is excluded. Extended warranty/service contracts may be available. Drive systems last 10-20 years with maintenance.
Q4: Is this device difficult to operate? Is professional training required?
A: Operation requires trained ophthalmic surgical and anesthesia personnel. Manufacturer provides installation and training. We provide operation manuals. Proper setup (inspect before use: all movements function, table stable, mattress/head rest intact, controls responsive; check power/battery; engage brakes; verify weight capacity), patient transfer (transfer from stretcher with proper body mechanics; patient typically supine; position head in dedicated head rest (stabilize head, align eye with surgical field; may use head strap or gel head rest to prevent movement during surgery - critical for eye microsurgery (patient head movement during surgery can cause complications); apply safety strap (across legs/lower body - do not strap across chest/abdomen (interferes with breathing/anesthesia)), positioning (adjust height precisely (for alignment with operating microscope - surgeon sets height while looking through microscope; fine height adjustment (1 cm increments or continuous) is important; slight reverse Trendelenburg (head up 5-15 degrees) for some procedures (reduces orbital pressure, venous congestion); head section flat or slightly elevated; arm positioning: surgeon sits/stands at head of table - arm boards or arm rests support surgeon arms during microsurgery (reduces fatigue, improves precision); patient arms tucked at sides or on arm boards (abducted <90 degrees); anesthesia team at side or head (ensure airway/IV access not compromised), during procedure (lock controls (prevent accidental movement - critical during eye surgery (table movement during microsurgery can cause injury); do not move table without communicating with surgeon (can disrupt microscope alignment, sterile field); monitor patient (eye surgery is often under local anesthesia with monitored anesthesia care (MAC) - patient may be awake but sedated; ensure patient comfort, no movement; communicate with patient), post-procedure (return to neutral, lower table, transfer patient, clean/disinfect (between patients: wipe tabletop, head rest, arm boards, controls with hospital-grade disinfectant; pay attention to head rest (contact with patient face/hair - clean thoroughly); inspect mattress/head rest for tears (replace if damaged)), maintenance (daily: inspect, clean, check battery; weekly: test movements, check cords; monthly: biomedical PM (load test, electrical safety, calibration); annually: full service), troubleshooting (table not moving (check power, emergency stop, lock, battery; call biomedical), controls not responding (check cable, try alternate control; service), unstable (check brakes, level floor; service), and safety (never leave patient unattended (especially if sedated); use head stabilization (prevent movement during microsurgery); do not exceed weight capacity; ensure emergency stop accessible; follow hospital policy for patient positioning; eye surgery patients may be elderly (comorbidities, fragile skin - extra padding, careful positioning) are important for safe ophthalmic surgery.
Q5: What is the typical lead-time for order delivery?
A: Standard models require 7-30 working days. In-stock units can ship within 3-7 working days. Custom configurations or large built-to-order systems may require additional time, and we confirm the exact schedule before order confirmation.
Q6: Is regular calibration required? What is the recommended calibration cycle?
A: Preventive maintenance and performance verification every 6-12 months by biomedical engineering (per manufacturer/hospital policy; Joint Commission/AAAHC requirements): electrical safety (IEC 62353 - annual), load testing (annual/after repair), position accuracy (height, tilt - annual), functional testing (each use + scheduled), battery testing (if equipped - every 3-6 months), mattress/head rest inspection (each use; replace every 2-5 years). Maintain records (maintenance logs, calibration certificates). Ophthalmology tables are patient-critical medical devices requiring regular maintenance.
Q7: Are supporting consumables universal?
A: Mattress/head rest pad (specific to table model; replace periodically), arm boards (may be universal or table-specific), controls (specific to model), batteries (if backup - specific), cleaning/disinfectant supplies, and accessories (head straps, gel pads) are available from medical supply companies, though mattress/head rest/controls are often manufacturer-specific. Long-term cost includes mattress/head rest replacement and service.
Q8: Can I customize parameters or supporting accessories?
A: Customization includes head rest design (dedicated ophthalmic head rest (concave/gel to stabilize head), removable/adjustable, with head strap option; some tables have a cutout or special head section for surgeon access), arm supports (surgeon arm boards/arm rests (for microsurgery ergonomics - may be attached to table or separate), patient arm boards (tuck or abducted)), tabletop size (narrow/short (ophthalmic-specific - upper body only) or standard full-size (more versatile for other procedures)), drive system (electric (linear actuators - quiet, precise; preferred for eye surgery (no hydraulic noise/fluid)), electro-hydraulic (powerful, smooth), manual (foot pump - low cost, small clinics)), control (hand/foot control, memory positions, fine height adjustment (important for microscope alignment)), battery backup (for power outage safety), construction (stainless steel (easy to clean), powder-coated steel, waterproof controls), certifications (FDA, CE, NMPA, ISO 13485), accessories (head rest, arm boards, gel pads, straps, anesthesia arm screen), language and accessories. Additional accessories can be ordered separately.
Q9: Does the purchase include on-site installation and commissioning service?
A: Standard delivery includes table, mattress, head rest, basic accessories, controls, power cord, manual. On-site installation, acceptance testing, and clinical training ARE typically included for ophthalmology operating tables (medical devices requiring professional setup and user training). Self-installation not recommended.
Q10: What types of procedures are compatible with this equipment?
A: The ophthalmology operating table supports eye surgery procedures: anterior segment (cataract surgery (phacoemulsification + IOL - most common ophthalmic procedure; supine, head stabilized, precise height for microscope), corneal transplant (penetrating keratoplasty (PKP), endothelial keratoplasty (DMEK, DSAEK, DSEK) - supine, head stabilized; requires precise positioning for donor tissue placement), glaucoma surgery (trabeculectomy, tube shunt (Ahmed, Baerveldt), iStent, canaloplasty - supine, head slightly turned), refractive surgery (LASIK, PRK, LASEK - note: some laser refractive surgery uses dedicated laser beds (not standard OR table); but other refractive procedures (ICL implantation, clear lens extraction) use ophthalmic table), pterygium excision, conjunctival surgery), posterior segment (vitreoretinal surgery (pars plana vitrectomy for retinal detachment, macular hole, diabetic retinopathy, vitreous hemorrhage - supine, head stabilized; may use scleral depressor; long procedures (1-3 hours) - pressure injury prevention), retinal detachment repair (scleral buckle, pneumatic retinopexy - supine or specific head positioning post-op (not during surgery)), macular surgery (epiretinal membrane peel, macular hole repair - supine, precise positioning)), oculoplastics/orbit (blepharoplasty (upper/lower), ptosis repair (levator advancement, Mueller muscle), entropion/ectropion repair, orbital fracture repair (blowout fracture), orbital tumor excision, lacrimal surgery (DCR - dacryocystorhinostomy), eyelid reconstruction, enucleation/evisceration (eye removal) - supine, head slightly turned/elevated; may need shoulder roll for neck extension), pediatric ophthalmology (strabismus surgery (rectus muscle recession/resection - pediatric patients; may need pediatric head rest/positioning; often under general anesthesia), pediatric cataract, retinopathy of prematurity (ROP) screening/treatment - may use specialized infant positioning), neuro-ophthalmology (rare surgical procedures), and other eye procedures requiring precise, stable supine positioning with head stabilization and surgeon access under operating microscope. NOT suitable for: Non-ophthalmic major surgery (table is specialized for eye surgery - may lack features for general/orthopedic/gynecologic surgery (no lithotomy stirrups, limited weight capacity, narrow tabletop); use general operating table for other specialties), MRI-guided eye procedures (standard table not MRI-compatible), patients exceeding weight capacity (use bariatric table), and procedures requiring sitting/prone/lateral positioning (ophthalmic table is primarily supine - some may have limited tilt but not full lateral/prone capability; oculoplastic/orbital surgery may need slight head turn but remains supine). IMPORTANT: Ophthalmology operating table special considerations: (1) Head stabilization is critical: Eye microsurgery requires the patient head to remain perfectly still during surgery (even small movement can cause corneal abrasion, lens damage, retinal injury, or incorrect incision). Dedicated head rest (concave, gel, or foam) stabilizes the head. Some surgeons use head tape or straps. The head rest should be comfortable (patients may be awake/sedated for 30-60+ minutes) and stable. (2) Surgeon ergonomics: Eye surgeons typically sit at the head of the table, looking down through an operating microscope. The table height must be precisely adjustable for surgeon comfort (arm rest, elbow height). Arm boards/arm rests support the surgeon arms during delicate microsurgery (reduces tremor and fatigue). Some tables have a cutout or special head section so the surgeon can sit close. (3) Anesthesia considerations: Most eye surgery is performed under local anesthesia (retrobulbar/peribulbar block, topical) with monitored anesthesia care (MAC) - patient is awake but sedated. The table must accommodate anesthesia equipment (monitoring, oxygen, IV) at the side or head. For pediatric or anxious patients, general anesthesia may be used - table must accommodate airway equipment. (4) Patient population: Ophthalmology patients are often elderly (cataract, glaucoma, macular degeneration - 60-90 years old) with comorbidities (cardiovascular disease, diabetes, arthritis, dementia). Extra care needed for: pressure injury prevention (elderly skin is fragile - use padding, minimize procedure time), positioning (arthritis may limit supine positioning - adjust head/back for comfort), communication (hearing/vision impairment - explain procedures clearly), fall risk (assist with transfer). (5) Infection control: Eye surgery is clean surgery (not sterile body cavity), but infection (endophthalmitis) is devastating. Table and head rest must be thoroughly cleaned between patients (head rest contacts patient face/hair - potential contamination). Use disposable head rest covers or easy-to-clean surfaces. (6) Table size: Ophthalmology ORs are often smaller than general ORs. Ophthalmic tables are typically narrower and shorter (only upper body needs access - patient legs may extend beyond table or rest on extended leg section). This saves space and allows closer surgeon positioning. (7) Microscope compatibility: The table must be compatible with the operating microscope (floor-mounted or ceiling-mounted). Table height adjustment range should allow proper microscope positioning. Some tables have memory positions for quick alignment. (8) Regulatory: Ophthalmology operating tables are Class I medical devices (FDA 510(k) exempt or cleared, CE MDR Class I, NMPA Class I). Facilities must follow accreditation standards (Joint Commission, AAAHC, state health department) for medical equipment management and infection control.
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