Lieberman Speculum Open Wire Angled 45°
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100% Autoclavable & Passivated AISI 420 SteelSKU: SP-97896
OR & Quality SpecificationsHospital Grade
Steel MetallurgyGerman AISI 420 Martensitic
Sterilization Cycle134°C / 273°F Steam Autoclave
Quality StandardISO 13485:2016 & CE Mark
Optical FinishAnti-Glare Satin Matte
Electrochemical PassivationCSSD Laser Batch Tracking
General Surgery InstrumentsSKU: SP-97896AISI 420 Martensitic

Lieberman Open Wire Angled 45° Speculum

4.9 / 5.0•18 Verified OR Evaluations
$100.00$120.00/ unit

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The Lieberman Speculum Open Wire Angled 45° is a specialized ophthalmic surgical instrument designed to assist with eyelid retraction and maintain access to the operative field. Its open-wire construction and angled configuration provide a dedicated option for ophthalmic professionals requiring a specific speculum design for selected eye procedures.

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The Lieberman Speculum Open Wire Angled 45° is an ophthalmic surgical instrument designed to support eyelid retraction during appropriate eye surgery procedures. By maintaining separation of the eyelids, an ophthalmic speculum helps provide access to the surgical site and reduces the need for continuous manual retraction. Its open-wire structure and 45-degree angled configuration distinguish it from conventional specula and provide a specialized option for surgical instrument selection.

Open-Wire Design and Angled Configuration

The open-wire design features a framework-style construction intended to provide eyelid retraction while maintaining an open area around the instrument. Compared with solid-frame designs, an open-wire configuration has a different structural profile that may influence visibility, positioning, and compatibility with other ophthalmic instruments.

The 45-degree angle defines the instrument's specified orientation and may be useful for procedures where an angled configuration is preferred. Appropriate positioning helps maintain access to the operative field while allowing the surgical team to work around delicate ocular structures. The instrument should be selected according to the surgeon's technique, patient anatomy, and the exposure required for the procedure.

Ophthalmic Surgical Applications

The Lieberman Open Wire Angled 45° Speculum is intended for consideration in ophthalmic surgical settings requiring specialized eyelid retraction. Ophthalmic specula help hold the eyelids apart, allowing trained professionals to access the eye during selected surgical procedures.

Consistent eyelid retraction can reduce interference from the eyelids and help maintain a clear working area. The open-wire structure and angled design may offer positioning characteristics suited to particular surgical preferences. However, suitability for a specific procedure depends on the instrument's exact dimensions, design, and intended use as specified by the manufacturer.

Material and Construction

Ophthalmic specula are commonly manufactured from surgical-grade stainless steel because of its strength, corrosion resistance, and suitability for repeated cleaning and sterilization when designed for reuse. The exact material, surface finish, and manufacturing specifications of this Lieberman model should be confirmed with the supplier.

A suitable surgical instrument should have smooth contact surfaces and maintain its intended shape and mechanical function. Regular inspection helps identify corrosion, deformation, rough edges, or other damage that could affect instrument performance or patient safety.

Benefits for Ophthalmic Instrument Selection

The Lieberman Speculum Open Wire Angled 45° offers a specific combination of open-wire construction and angled geometry. These design characteristics can help ophthalmic professionals select a speculum according to their preferred positioning and procedural requirements.

An appropriately selected speculum can support consistent eyelid separation and provide access to the operative field. Healthcare facilities should consider the instrument's overall dimensions, blade design, compatibility with the intended procedure, and handling requirements before adding it to an ophthalmic instrument set.

Cleaning, Sterilization, and Maintenance

Cleaning and sterilization must follow the manufacturer's validated instructions and the healthcare facility's infection-control protocols. If the instrument is reusable, remove contamination using an approved cleaning process and inspect the entire structure before sterilization. Pay particular attention to wire junctions, contact surfaces, and other areas where debris may accumulate.

Use compatible cleaning agents and validated sterilization cycles. Avoid processing methods that have not been approved for the instrument's materials and construction. Store the speculum appropriately after processing and inspect it before each use for visible damage or deterioration.

The Lieberman Speculum Open Wire Angled 45° is a specialized option for ophthalmic instrument inventories requiring an angled, open-wire speculum design. Confirming the model's exact specifications, material, intended applications, and reprocessing requirements helps support appropriate procurement and clinical use.

Key Features

  • Specialized ophthalmic surgical speculum

  • Open-wire framework design

  • Angled 45-degree configuration

  • Designed to assist with eyelid retraction

  • Helps maintain access to the ophthalmic operative field

  • Provides an alternative to conventional solid-frame speculum designs

  • Intended for selected ophthalmic surgical applications

  • Supports instrument positioning according to procedural requirements

  • Material and dimensions should be verified with the supplier

  • Requires appropriate cleaning, inspection, and sterilization

  • Suitable for professional ophthalmic instrument inventories

Product Specifications

SpecificationDetails
Product NameLieberman Speculum Open Wire Angled 45°
Instrument TypeOphthalmic surgical speculum
SpecialtyOphthalmology
DesignOpen wire
Angle45 degrees
Primary FunctionEyelid retraction
Blade ConfigurationConfirm with supplier
MaterialConfirm with supplier
Overall LengthConfirm with supplier
Reusable StatusConfirm with supplier
SterilizationAccording to manufacturer instructions
ApplicationSelected ophthalmic procedures
PackagingConfirm with supplier

Frequently Asked Questions

1. What is the Lieberman Speculum Open Wire Angled 45° used for?

It is an ophthalmic surgical instrument designed to assist with eyelid retraction and maintain access to the operative field during appropriate eye procedures.

2. What is the purpose of the open-wire design?

The open-wire design provides a framework-style structure for eyelid retraction. Its practical advantages depend on the instrument's geometry, placement, and intended surgical application.

3. What does the 45-degree angle indicate?

The 45-degree designation describes the instrument's specified angled configuration, which may influence positioning and access during selected ophthalmic procedures.

4. Is the Lieberman angled speculum suitable for all eye surgeries?

No. Speculum selection depends on the specific procedure, patient anatomy, required exposure, instrument dimensions, and surgeon preference.

5. What material is used to manufacture this speculum?

Ophthalmic specula are commonly made from surgical-grade stainless steel. The precise material used for this model should be confirmed with the manufacturer or supplier.

6. Can the Lieberman Open Wire Angled 45° Speculum be sterilized?

Sterilization suitability depends on the instrument's materials and construction. Follow the manufacturer's validated cleaning and sterilization instructions for the specific model.

7. How should an open-wire ophthalmic speculum be maintained?

Clean and inspect the instrument according to manufacturer instructions. Check the wire framework and contact surfaces for contamination, deformation, corrosion, or damage before clinical use.

8. What should I verify before purchasing this Lieberman speculum?

Confirm the overall length, blade configuration, exact angle, material, reusable status, intended application, and approved reprocessing method before ordering.