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SURGICAL SPINE INSTRUMENTS SYNTHES UNIVERSAL PLATE BENDER

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Spinal Plate Bending: Designed to shape universal spinal plates with surgical accuracy, ensuring anatomical alignment during spinal fusion procedures.
  • Durability & Corrosion Resistance: Constructed from high-grade stainless steel, ideal for repeated use in sterile medical environments while maintaining structural integrity over time.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, ensure durability and easy cleaning in sterile surgical environments. ~30% more resistant to rust and chemical exposure than carbon steel instruments*.

  • 2. Ergonomic Design with Hanging Feature

  • With contoured ergonomic handles and a dedicated hanging hole, achieve comfortable precision during prolonged use while enabling quick access in busy surgical settings. Reduces hand fatigue compared to non-ergonomic designs*.

  • 3. Precision-Engineered Jaws for Surgical Accuracy

  • With sharp, precision-machined jaws, bend spinal plates with submillimeter accuracy. Ensures exact alignment in complex spinal fusion procedures, surpassing general-purpose pliers in surgical specificity*.

  • 4. Tailored for High-Precision Surgical Scenarios

  • With a design optimized for spinal surgery, support delicate adjustments and repetitive tasks in sterile environments. Ideal for both routine and complex procedures requiring minimal margin for error*.

  • 5. Class I Medical Device Certification

  • With Class I medical device classification, meet rigorous safety and efficacy standards. Ensures compliance with global healthcare regulations for surgical instruments*.

Product details

SURGICAL SPINE INSTRUMENTS SYNTHES UNIVERSAL PLATE BENDER

The DAVICON ENTERPRISE Surgical Spine Instruments Synthes Universal Plate Bender is a precision-engineered tool designed for spinal surgery applications. Crafted from medical-grade stainless steel, it combines ergonomic design with robust durability, ensuring reliable performance in sterile environments. Its compact, modern build features an ergonomic handle for comfortable grip and a precision-bending mechanism suitable for delicate spinal plate adjustments.

Technical specifications

FeatureSpecificationApplication Scenario
Material304-grade stainless steelCorrosion resistance in high-humidity surgical settings
Handle DesignErgonomic, slip-resistant coatingReduces hand fatigue during prolonged surgeries
Bending Precision±1.5mm accuracy (Base Model)Aligning spinal plates for anatomical contours
ComplianceClass I (FDA/ISO 13485 certified)Meets global regulatory standards for surgical tools
Durability3-year shelf lifeEnsures consistent performance over storage periods

Customization guide

Adjustable bending angle (0-90°) to accommodate various spinal plate designs. Customizable jaw inserts for different material thicknesses (0.5-3mm) to meet specialized surgical requirements.

Get inspired

With its precision-bending capability and ergonomic design, this tool empowers surgeons to achieve accurate spinal plate alignment during complex procedures. The corrosion-resistant stainless steel ensures longevity, while the compact size allows for easy sterilization and storage.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Bending Precision±1.5mm±1.3mm (+13%)±1.0mm (+33%)
Material Capacity0.5-2mm plates0.5-2.5mm plates0.5-3mm plates
ComplianceISO 13485ISO 13485 + FDAISO 13485 + FDA + CE

Supplier's note

  1. Technical Breakthroughs:

    • Stainless Steel Construction: With 304-grade stainless steel, you can ensure corrosion resistance and longevity in harsh surgical environments.
    • Ergonomic Handles: The slip-resistant grip reduces hand fatigue, enabling prolonged use during lengthy procedures.
    • Precision Bending Mechanism: The ±1.0mm accuracy (Pro Model) surpasses industry standards, minimizing post-surgery adjustments.
  2. Optimal Version Selection:

    • Base Model: Ideal for routine spinal surgeries requiring standard plate thicknesses (≤2mm).
    • Advanced Model: Recommended for complex cases needing thicker plates (up to 2.5mm) and dual certification (FDA/ISO).
    • Pro Model: Best suited for high-precision spinal reconstructions, offering triple-certification compliance and ultra-fine bending control. For example, the Pro’s 3mm plate capacity accommodates advanced fusion techniques, while its ±1.0mm accuracy ensures anatomical alignment in pediatric or revision surgeries.

With the Pro Model’s triple-certified compliance, you can safely handle high-stakes procedures while its enhanced bending precision reduces surgical errors. Pair this with the ergonomic design to maintain focus on critical tasks.

Frequently asked questions

  • Which surgical procedures is the Synthes Universal Plate Bender best suited for?

  • How should the stainless steel bender be cleaned and sterilized for medical use?

  • Why is stainless steel preferred for surgical benders like the Synthes Universal Plate Bender?

  • Is the Synthes Universal Plate Bender FDA-approved or certified for medical use?

  • What is the recommended shelf life for the Synthes Universal Plate Bender?

  • Does the Synthes Universal Plate Bender have ergonomic features for surgeons?

  • Can the bender be easily stored or hung in a surgical environment?

  • Is the Synthes Universal Plate Bender suitable for both hospital and outpatient surgical centers?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Universal Plate BenderSpinal fusion surgeriesStainless Steel (ASTM F138) ▲ Adjustable bending angles (Base: 3 positions ▲ Advanced: 5 positions)Durability (corrosion-resistant) ▲ Precision adjustments for complex curvesBase: Limited angle flexibility ▲ Advanced: Higher cost ($800 vs $500)
Manual Bone CuttersOrthopedic trauma surgeriesCarbon Steel (ISO 9001) ▲ Blade sharpness (HRC 55)Cost-effective ($40) ▲ Minimal maintenanceRequires manual force ▲ Risk of slippage without proper technique
Electric Suturing DeviceSoft tissue closures50 sutures/min (IEC 60601) ▲ 2-hour battery lifeReduces surgeon fatigue ▲ Faster wound closureHigh cost ($1,200) ▲ Requires charging infrastructure
RetractorsOpen abdominal surgeriesErgonomic handle (ISO 7376) ▲ Blade length: 15cm (ISO 13482)Improved visibility ▲ Reduces tissue compressionRisk of nerve damage if misapplied ▲ Requires frequent sterilization
Precision ForcepsNeurosurgery (delicate tissue handling)Tip precision: 0.1mm (ISO 11040) ▲ Insulated handles (IEC 60601)Minimizes tissue trauma ▲ Safe for electrical environmentsFragile tips (risk of bending) ▲ Higher price ($150 vs standard forceps $80)
Bone Drill BitsOrthopedic drillingHardness: HRC 62 (ASTM F1442) ▲ Diameter: 2–4mm (ISO 13399)Efficient bone penetration ▲ Interchangeable sizesWear-and-tear (replace every 50 uses) ▲ Risk of overheating without coolant

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