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Broken Implant Screw Removal Kit 49 Pcs

Original price was: $560.00.Current price is: $419.90.

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About this item

A genuinely universal broken implant screw removal kit combines serious medical-grade materials — from titanium to hardened stainless steel — with precise engineering built specifically to protect delicate bone and implant threads during extraction. Whether paired with Synthes hardware, a Shukla-style Rescue Bit system, or used as a standalone removal tool, a well-designed kit like this turns a genuinely difficult surgical problem into a controlled, repeatable fix.

1 Forceps for screw removal 1 pcs
2 Quick change handle (straight ) 1 pcs
3 Quick change handle(T type) 1 pcs
4 Etraction bolt(φ3.5/φ4.5) 2 pcs
5 Bone chisel (silicone handle) 1 pcs
6 Cross screwdriver 1 pcs
7 A.O Hex head screwdriver shaft(sw1.5/2.0/2.5/3.0/3.5/4.0/4.5/5.0/5.5) 9 pcs
8 square screwdriver (1.1mm/1.2mm/1.5mm) 3 pcs
9 Star screwdriver(T2.3/2.7/3.2/3.4/3.8/4.3/5.3) 7 pcs
10 Sonical extraction screw 4 pcs
11 A screwdriver 1 pcs
12 Spinal screwdriver 1 pcs
13 Forcep for screw removal 4 pcs
14 HSS Drill Bit 3 pcs
15 Sharp screwdriver 1  pcs
16 Broken screw extractor 7 pcs
17 Sharp hook 1 pcs
18 Instrument box 1 pcs
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The Universal Broken Implant Screw Removal Kit: A Complete Technical Breakdown

Few situations in the operating room are quite as frustrating as a broken screw that won’t budge. A well-engineered broken implant screw removal kit exists specifically for that moment — turning what could be a lengthy, invasive surgical revision into a controlled, predictable removal procedure. This guide breaks down what makes a genuinely universal kit like this one work, from its medical-grade materials to the fine engineering behind every extractor tip.

What’s Inside a Universal Broken Implant Screw Removal Kit

At its core, this kit is built to solve one specific problem: getting a broken implant or stripped set screw out of bone without damaging the surrounding implant hardware or tissue. It typically includes a range of screw extractor tips, a driver handle compatible with an Allen key style fitting, and a printed technique guide walking a surgeon through the correct extraction sequence step by step. Many kits in this category are designed to work alongside major hardware platforms — some, like Synthes systems, are directly referenced by compatibility charts, while others draw design inspiration from well-known removal systems such as Shukla Medical’s Rescue Bit line, known for handling stripped screw heads across both orthopedic and dental implant hardware.

What Makes This Kit “Universal”?

The word “universal” isn’t just marketing here — it refers to genuine implant fitment across multiple screw designs. A properly built removal set includes internal hex compatibility, external hex compatibility, and even conical seal compatibility, along with support for Morse taper platforms commonly found in modular implant components. Tip sizing spans M1.6 to M2.5 screw diameters, covering everything from small maxillofacial hardware to larger orthopedic fixation screws, all within a single removal tool set.

The Materials Behind the Kit

Every tool in a serious extractor kit is built from medical-grade material, chosen specifically for strength and biocompatibility. Cutting tips are commonly machined from AISI 420B martensitic stainless steel or the harder AISI 440C stainless steel, both offering excellent Rockwell hardness in the 52 to 58 HRC range along with tensile strength between 1600 to 1900 MPa and yield strength between 1300 to 1500 MPa — more than enough to bite into a stripped or corroded screw without deforming. Non-cutting components often rely on 316L surgical stainless steel or Ti-6Al-4V ELI grade 23 titanium, both known for a stable chromium oxide passivation layer that provides excellent pitting corrosion resistance through repeated clinical use.

Engineering for Atraumatic Extraction

The real engineering challenge behind any broken screw remover is getting the broken implant out without damaging the healthy bone or implant threads around it. This kit relies on micro-claw engagement geometry and reverse-helix flutes to grip the broken screw from the inside rather than cutting new threads, aiming for close to 0% internal thread contact and genuine atraumatic internal thread protection throughout the process. Precise laser-etched depth bands, marked at 2mm, 4mm, and 6mm depth markings, let a surgeon track exactly how deep the extractor tool has traveled.

Speed and torque matter just as much as geometry. A claw reamer speed of 10 to 30 RPM allows careful initial engagement, while a reverse cutting speed of 500 to 600 RPM helps back the broken screw out smoothly once it’s gripped, all while staying within a removal torque range of 35 to 45 Ncm — enough force to extract the screw without risking thermal necrosis to surrounding bone tissue.

Sterilization and Reusability

Like any reusable surgical tool, this kit needs to survive repeated cleaning cycles without losing precision. Properly heat-treated components tolerate 134 degrees Celsius steam sterilization, making the full set genuinely autoclavable surgical tools rather than single-use disposables, which matters for both cost and consistency across procedures.

Related Orthopedic Instrument Sets

A broken implant screw removal kit rarely works in isolation — it usually sits alongside other specialized trays in an orthopedic department. An elastic nail set, commonly used for pediatric long-bone fractures, a large fragment instrument set for heavier fixation work, and an interlocking nail set for stabilizing long bone fractures.

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