How to Remove a Broken Screw from Metal Effectively

January 15, 2026

Introduction
Understanding Why Screws Break: Prevention is Key
The Core Principles of Broken Screw Extraction
Method 1: The Stripped Head (Still Protruding)
Method 2: The Partially Extracted (Protruding but Damaged)
Method 3: The Flush or Sub-Surface Break (Most Challenging)
Advanced Techniques and Considerations
Preventing Future Fastener Failures with American Manufacturing
Conclusion: Empowering Your Operations
Frequently Asked Questions

Few things can derail a critical project or halt MRO operations faster than a stubborn, broken screw. This seemingly minor issue can quickly escalate into significant downtime, costly repairs, and immense frustration for procurement managers, MRO buyers, and design engineers alike. The challenge intensifies when the broken fastener is embedded in a crucial metal component, threatening the integrity of expensive equipment or delaying a vital production run. The immediate instinct might be panic, but with the right approach, tools, and understanding, even the most challenging broken screws can be extracted.

At Maden.co, America's premier B2B marketplace for U.S.-manufactured products, we understand that proactive prevention is as important as effective solutions. Our mission is to democratize access to American manufacturing, ensuring industrial buyers have ready access to the high-quality components that minimize such headaches. However, when prevention falls short, knowing how to confidently tackle a broken screw can save time, money, and stress.

This comprehensive guide will equip you with the knowledge and techniques to effectively remove a broken screw from metal. We'll delve into various methods, from simple tricks for stripped heads to advanced strategies for flush or subsurface breaks. More importantly, we'll explore why screws break in the first place and how sourcing quality, American-made fasteners through platforms like Maden.co can drastically reduce the likelihood of these unwelcome interruptions, bolstering your supply chain resilience and improving your Total Cost of Ownership (TCO).

Introduction

The sudden snap of a screw head, the sickening grind of a stripped drive, or the sheer immobility of a corroded fastener can bring any project to a grinding halt. From the meticulous assembly of precision machinery to the urgent repair of factory equipment, a broken screw in metal presents a unique and infuriating challenge. This isn't just about a minor inconvenience; it's about disrupted timelines, budget overruns, and the potential compromise of structural integrity. For a procurement manager under pressure to keep operations flowing, an MRO buyer facing an unexpected equipment breakdown, or a design engineer needing to modify a prototype, the ability to quickly and effectively address a broken fastener is paramount.

The purpose of this guide is to provide a detailed, step-by-step roadmap for extracting broken screws from metal, covering common scenarios and specialized techniques. Beyond just fixing the immediate problem, we will also explore the root causes of fastener failure and emphasize the critical role that high-quality, U.S.-manufactured components play in preventing these issues. By the end of this article, you will not only be better prepared to tackle a broken screw but also understand how strategic sourcing can fortify your operations against future component failures, aligning with our commitment to American Manufacturing Pride and Industrial Excellence.

Understanding Why Screws Break: Prevention is Key

Before diving into extraction methods, it’s crucial to understand why screws fail. Many broken screws are not simply random occurrences but symptoms of underlying issues related to material quality, application, or installation. Addressing these root causes through careful procurement and best practices is the first line of defense, a core principle that underpins our values at Maden.co.

Poor Quality Fasteners and Material Integrity

One of the most common reasons for screw breakage is the use of inferior quality fasteners. Screws manufactured from low-grade metals, with inconsistent tempering, or lacking proper surface treatments are inherently weaker and more prone to snapping under stress. These materials might contain impurities, have inconsistent hardness, or lack the necessary tensile strength for the intended application. For a design engineer, specifying the correct material for a fastener is as important as its dimensions. Likewise, procurement managers must ensure that the components they source meet stringent quality controls.

At Maden.co, we address this head-on. Our platform features over 2.5 million American-made products from our network of 800+ verified U.S. manufacturers. This network is vetted for its commitment to Industrial Excellence, ensuring that the fasteners you source meet high standards, whether you need components compliant with DIN, NPT, or other critical industry standards. By focusing on American Manufacturing Pride, we help buyers avoid the pitfalls of unknown material quality often associated with less transparent supply chains.

Improper Installation Techniques

Even a high-quality screw can break if not installed correctly. Common installation errors include:

Over-Torquing: Applying excessive force during tightening can stretch and weaken the screw shaft, leading to immediate breakage or premature fatigue. This is especially prevalent with power tools that lack torque control.
Under-Torquing: Insufficient tightening can cause the fastener to loosen over time, leading to vibration and dynamic stresses that eventually cause fatigue failure.
Misalignment: Driving a screw at an angle can cause shear stress on the shaft, weakening it and making it prone to snapping.
Incorrect Pilot Hole Size: A pilot hole that is too small creates excessive friction and stress on the screw during installation, leading to breakage. A hole that is too large reduces thread engagement, leading to stripping.
Lack of Lubrication: For certain materials or applications, a small amount of lubricant on the threads can reduce friction and prevent undue stress during installation, particularly with larger or finer-threaded fasteners.

Material Fatigue and Environmental Factors

Over time, screws are subjected to cyclic loading, vibration, temperature fluctuations, and corrosive environments. These factors can lead to material fatigue, where microscopic cracks form and propagate, eventually resulting in catastrophic failure. Corrosion, especially in harsh environments, significantly weakens the screw's structural integrity, making it brittle and susceptible to breakage.

Choosing the right material and finish for the operating environment is critical. Stainless steel, zinc-plated steel, or specialty alloys offer varying degrees of corrosion resistance. Understanding these specifications is part of the Customer Empowerment we champion, providing buyers with the knowledge to make informed decisions that enhance their supply chain resilience.

Over-Torquing and Stripping

While a screw might not immediately break from over-torquing, it can easily strip the head, making removal impossible with standard tools. A stripped head isn't a broken screw in the traditional sense, but it presents the same problem: an immovable fastener. This often happens when the torque applied exceeds the fastener's tensile strength or the driver bit slips repeatedly, deforming the screw head's recess.

Recognizing these preventative measures underscores Maden.co’s commitment to providing not just products, but solutions. Our comprehensive selection of U.S.-made fasteners, like these Steel Zinc Plated Type A Pan Slot Drive Self-Tapping Sheet Metal Screws, helps procurement managers and design engineers specify and source components that are engineered for durability, precision, and performance, thereby reducing the incidence of broken fasteners from the outset.

The Core Principles of Broken Screw Extraction

Regardless of the specific method chosen, a few universal principles apply to successfully removing a broken screw from metal. Adhering to these will significantly increase your chances of success and minimize further damage.

Assessment: What Kind of Break?

Before you pick up a tool, carefully assess the situation:

Protruding or Flush? Is any part of the screw head or shaft sticking out from the surface, or is it broken off flush with, or even below, the surface? This determines whether you can grip it from the outside or if you'll need to drill into it.
Head Condition: Is the head completely snapped off, or is it merely stripped, leaving some material to work with?
Material: What kind of metal is the screw embedded in? Soft metals (aluminum, brass) are easier to work with but also easier to damage. Harder metals (steel, cast iron) require more aggressive techniques and harder tools.
Corrosion/Rust: Is the screw seized by rust? This will require additional preparation.
Location: Is the screw easily accessible, or is it in a tight, confined space?

Preparation: Tools and Safety First

Safety is paramount. Always wear appropriate personal protective equipment (PPE), including safety glasses, gloves, and hearing protection, especially when drilling or using rotary tools.

Gather your tools. While specific tools depend on the method, some common essentials include:

Penetrating Oil: Essential for seized or corroded screws.
Center Punch and Hammer: For creating a starting point for drilling.
Drill (corded or cordless): With various bits (standard, left-handed, reverse).
Screw Extractors (Easy-Outs): A set with different sizes.
Pliers/Vise Grips: For gripping exposed shafts.
Rotary Tool (e.g., Dremel) with Cutting Discs: For slotting.
Files, Grinders: For flattening surfaces.
Lubricant/Cutting Fluid: For drilling.
Compressed Air/Vacuum: For clearing debris.

Lubrication and Penetrating Oils

For any screw that feels seized or shows signs of corrosion, penetrating oil is your best friend. Apply a generous amount to the area around the screw and let it soak for at least 30 minutes, or even overnight if possible. The oil works by wicking into microscopic gaps between the screw and the base material, breaking down rust and easing the friction that's holding the screw in place. Tapping the screw lightly with a hammer (through a punch or directly if the head is gone) can help the oil penetrate deeper. This crucial step, often overlooked, can make the difference between success and frustration.

Method 1: The Stripped Head (Still Protruding)

When the screw's head is stripped but still proud of the surface, you have several options that don't involve drilling. This scenario often arises when applying too much torque or using the wrong size driver bit.

Rubber Band/Steel Wool Method

For slightly stripped Phillips or flathead screws, this low-tech trick can sometimes provide enough grip.

Place a wide, thick rubber band or a piece of steel wool over the stripped screw head.
Insert your screwdriver bit into the head, pushing down firmly to allow the rubber or steel wool to fill the stripped recesses.
Slowly and with steady, firm pressure, try to turn the screw counter-clockwise. The added friction from the rubber or steel wool might provide just enough purchase to loosen it.

Pliers/Vise Grips

If a significant portion of the screw head is still accessible, pliers or vise grips (locking pliers) are often the simplest solution.

Select pliers with a strong, serrated jaw. Vise grips are ideal because they can lock onto the screw head, providing constant pressure.
Grip the screw head as tightly as possible.
Slowly turn the screw counter-clockwise. If it's very tight, you might need to apply a firm, steady pressure, sometimes even tapping the pliers handle gently with a hammer in the direction of loosening.

For a procurement manager under pressure to quickly source replacement fasteners for routine maintenance, having access to high-quality, U.S.-made options can prevent the initial stripping in the first place. When replacing such fasteners, opting for high-quality, U.S.-made options can prevent recurrence. Consider fasteners designed for specific applications, like these Steel Zinc Plated Type A Pan Slot Drive Self-Tapping Sheet Metal Screws which offer consistent quality.

Rotary Tool (Dremel) Slot Cutting

If the screw head is completely rounded or the drive type is inaccessible (e.g., a stripped hex), you can create a new slot for a flathead screwdriver.

Using a rotary tool (like a Dremel) fitted with a thin cutting disc, carefully cut a straight slot across the diameter of the screw head. Make sure the slot is deep enough to provide purchase for a flathead screwdriver but not so deep that you cut into the underlying material.
Insert a flathead screwdriver that fits snugly into the newly created slot.
Apply firm, steady downward pressure and slowly turn the screw counter-clockwise.

Impact Driver with Flat Bit

For more stubborn stripped screws, a manual impact driver can be effective. This tool uses a hammer strike to simultaneously apply rotational force and downward pressure, which can break loose a seized screw without further stripping the head.

Fit the impact driver with a flathead bit that matches the newly cut slot or the existing stripped slot if it still has some depth.
Position the impact driver on the screw head.
Strike the end of the impact driver sharply with a hammer while maintaining a firm grip and slight counter-clockwise turning pressure. The sudden impact often frees the screw.

Method 2: The Partially Extracted (Protruding but Damaged)

This scenario typically involves a screw that has snapped off, leaving a portion of its shaft protruding above the surface, or a fastener that has been partially removed but is now stuck.

Vise Grips / Locking Pliers

This is the go-to method for any exposed shaft. The key is to get the tightest possible grip.

Clean the exposed shaft thoroughly to maximize grip.
Adjust the vise grips to clamp down extremely tightly on the protruding section of the screw shaft. You want the teeth to bite into the metal for maximum purchase.
Once securely locked, slowly turn the vise grips counter-clockwise. You may need to apply significant force. If the screw is very tight, try gently rocking it back and forth a few times to break any corrosion or seize.

For applications demanding robust self-tapping capabilities, ensuring a strong, reliable connection from the start is paramount. Products like the Hi-Lo Double Lead Thread Self-Tapping Sheet Metal Screw are engineered to minimize breakage risks and are examples of the quality Maden.co offers.

Pipe Wrench (for Larger Fasteners)

For larger diameter bolts or screws where a vise grip might not provide enough leverage, a pipe wrench can be more effective due to its larger jaws and extended handle.

Ensure the pipe wrench is the correct size for the exposed shaft.
Clamp the pipe wrench onto the shaft, ensuring the jaws bite securely.
Apply steady, counter-clockwise pressure, using the full length of the handle for leverage.

Welding a Nut (Advanced Technique)

This is an advanced technique best suited for larger, more stubborn, or corroded bolts where other methods have failed. It requires welding experience and equipment.

Clean the top of the broken screw shaft meticulously to ensure a good weld.
Place a nut (slightly larger than the screw shaft) over the broken screw, ensuring the hole of the nut aligns with the shaft.
Carefully weld the inside of the nut to the broken screw shaft. The heat from the welding process can also help break the bond of rust or seizing agents.
Once the weld has cooled, use a wrench on the newly welded nut to turn and extract the broken screw. The added leverage and the thermal expansion/contraction from welding often work wonders.

Method 3: The Flush or Sub-Surface Break (Most Challenging)

This is where the real challenge begins, as you can't simply grip the screw from the outside. These methods involve drilling into the screw itself.

Center Punch and Hammer (Starting Point)

Before drilling, you must create a starting point to prevent the drill bit from wandering. This is called "walking" and can severely damage the surrounding material.

Place the tip of a center punch precisely in the center of the broken screw's shaft.
Strike the end of the center punch firmly with a hammer to create a small indentation. This dimple will guide your drill bit.

Drilling Out the Screw

This is a common method, but it requires precision and patience.

Reverse Drill Bits (Left-Handed Drill Bits)

Reverse drill bits (also known as left-handed drill bits) are designed to rotate counter-clockwise. As they drill into the broken screw, the rotational force can sometimes catch and unscrew the broken fastener simultaneously.

Start with a drill bit slightly smaller than the diameter of the broken screw shaft. Using a bit that is too large can damage the existing threads.
Attach the reverse drill bit to your drill.
Place the tip of the bit in the center-punched mark.
Start drilling slowly and with moderate pressure, ensuring the drill is perfectly perpendicular to the surface.
As you drill, observe carefully. The heat and counter-clockwise rotation might cause the broken screw to loosen and back out. If it does, continue drilling slowly until it's completely free.

Standard Drill Bits (Careful Centering)

If reverse drill bits aren't available or don't work, standard (right-handed) drill bits can be used. The goal here is to create a pilot hole for a screw extractor.

Again, select a drill bit slightly smaller than the core diameter of the broken screw.
Drill a pilot hole into the center of the broken screw, using plenty of cutting fluid or lubricant to keep the bit cool and aid cutting.
Increase the drill bit size incrementally, always staying smaller than the original screw's threads to avoid damaging the base material. The idea is to thin the walls of the broken screw until it loses its grip or provides enough material for an extractor.
Once a sufficient hole is drilled, you can attempt to use a screw extractor.

Drill Guides and Fixtures

For critical applications or where precision is paramount, a drill guide or fixture can ensure that your drill bit remains perfectly centered and perpendicular. These tools attach to the surface and provide a hardened sleeve through which the drill bit passes, preventing walking and misalignment. This is particularly useful when working with expensive components where errors are costly.

Screw Extractors (Easy-Outs)

Screw extractors, often called "easy-outs," are specialized tools designed to grip the inside of a drilled hole in a broken screw and turn it out. They typically have a reverse-tapered or spiral flute design.

Selecting the Right Size

Screw extractor sets come with different sizes, each corresponding to a recommended drill bit size for the pilot hole. It is crucial to use the correct size extractor for the pilot hole you've drilled. An extractor that's too small won't get enough grip, and one that's too large could wedge and break inside the screw, creating an even bigger problem.

Step-by-Step Application

Drill the Pilot Hole: As described above, drill a perfectly centered pilot hole into the broken screw, using the recommended drill bit size for your chosen extractor. Use cutting fluid generously.
Insert the Extractor: Gently tap the screw extractor into the pilot hole with a hammer until it bites firmly.
Turn Counter-Clockwise: Using a tap wrench, crescent wrench, or a socket wrench (depending on the extractor type), slowly and steadily turn the extractor counter-clockwise.
Apply Steady Pressure: The extractor's reverse threads will bite into the metal of the broken screw, and with continuous, increasing pressure, it should begin to unscrew the fastener.

Common Pitfalls and How to Avoid Them

Extractor Breaks: This is the worst-case scenario. If an extractor breaks inside the screw, it's incredibly difficult to drill out because extractors are made of very hard, brittle steel. To avoid this, never force an extractor. If it's not turning easily, stop, apply more penetrating oil, or consider using heat.
Drilling Off-Center: This can damage the existing threads in the base material. Always use a center punch and, if possible, a drill guide.
Using Too Much Force: With extractors, slow and steady wins the race. Jerking or applying sudden, excessive force can cause the extractor to break or strip the internal grip.

After successfully removing a stubborn broken fastener, you'll need a reliable replacement. For sheet metal applications, a robust fastener like the Steel Zinc Plated Type A Truss Square Drive Self-Tapping Sheet Metal Screw provides excellent grip and durability, significantly reducing the likelihood of future breaks.

Tapping and Re-Tapping

If all extraction attempts fail, and the screw is completely drilled out, you might be left with a damaged hole or no threads. In this case:

Drill to the Next Size: Carefully drill out the remaining broken screw material, increasing the hole size sufficiently to clean up any damaged threads.
Tap New Threads: Use a tap to cut new threads into the enlarged hole. This will create a larger diameter hole, so you'll need a larger replacement fastener.
Heli-Coil or Thread Insert: For high-stress applications, or if you need to retain the original screw size, you can install a thread repair insert (like a Heli-Coil or similar brand) after drilling and tapping. This involves drilling a slightly larger hole, tapping it for the insert, and then screwing in the new thread insert, restoring the original thread size.

Spark Erosion (EDM) (Extreme Cases)

For extremely stubborn broken screws in highly critical or expensive components, Electrical Discharge Machining (EDM) or spark erosion is a professional, non-contact method. This process uses electrical discharges to erode the broken fastener material without touching the surrounding metal. It's expensive and requires specialized equipment, but it's often the only option when all mechanical methods fail, and the base component must be preserved.

Advanced Techniques and Considerations

Beyond the primary methods, a few additional techniques can aid in particularly challenging extractions.

Heat Application (Thermal Expansion/Contraction)

Applying heat to the area around the broken screw can be incredibly effective, especially for rusted or seized fasteners.

Torch/Heat Gun: Carefully heat the base metal around the broken screw. The heat will cause the surrounding metal to expand, slightly loosening its grip on the screw.
Rapid Cooling: After heating, a quick spray of penetrating oil or even just allowing it to cool naturally can create a differential in expansion and contraction, which can help break the bond.
Caution: Be extremely cautious with heat, especially near flammable materials or heat-sensitive components. Use a focused heat source and avoid overheating the screw itself unless you plan to weld it.

Chemical Solutions (Rust Removal)

For heavily rusted screws, specialized rust-removing chemicals can supplement penetrating oils. These chemicals work by dissolving the rust, making extraction easier. Always follow the manufacturer's instructions and use appropriate safety precautions, including ventilation and skin protection.

Dealing with Different Metal Types

Aluminum: Softer than steel, aluminum is easier to drill but also easier to damage. Be extra careful with drill bits and extractors to avoid stripping the aluminum threads.
Stainless Steel: Known for galling (cold welding) and seizing, stainless steel screws can be particularly challenging. Use lubricants specifically designed for stainless steel and work slowly. Reverse drill bits can be very effective here.
Cast Iron: Brittle and prone to cracking, cast iron requires a delicate touch. Avoid excessive force, especially when using extractors, as breaking the cast iron housing could be far more problematic than the broken screw.

When to Call a Professional

There comes a point when the risk of further damage outweighs the benefit of DIY extraction. If you've tried multiple methods, damaged the base material, or are working on a highly expensive or safety-critical component, it's time to consult a professional machinist, mechanic, or specialized repair shop. They have access to advanced tools (like EDM) and expertise that can prevent a minor issue from becoming a catastrophic one. Recognizing this limit is a sign of good project management and responsible MRO.

Preventing Future Fastener Failures with American Manufacturing

While knowing how to remove a broken screw is essential, preventing them in the first place is always the superior strategy. This is where Maden.co truly shines, embodying our vision to become the definitive platform that proves American-made components are as accessible and convenient as any global alternative, driving the manufacturing revival with our tagline: "America's manufacturing revival is here."

The Maden.co Difference: Quality and Trust

At Maden.co, we believe that the foundation of a robust supply chain begins with quality components. Our platform connects industrial buyers with over 2.5 million high-quality, U.S.-manufactured products from our network of 800+ verified American manufacturers. This commitment to American Manufacturing Pride means you're not just buying a screw; you're investing in reliability, durability, and consistent performance. Our entire business model is built on this principle; you can learn more about our mission to champion American manufacturing here.

Why American-Made Matters for Fasteners

Sourcing U.S.-made fasteners offers tangible benefits that directly address the root causes of screw breakage:

Superior Material Quality: American manufacturers adhere to stringent material specifications and quality control processes, ensuring consistent strength, hardness, and metallurgical properties. This significantly reduces the risk of brittle fractures or premature fatigue.
Precision Manufacturing: U.S. facilities utilize advanced manufacturing techniques, resulting in fasteners with precise dimensions, accurate threading, and consistent head geometries. This reduces the likelihood of stripping, cross-threading, or improper fit.
Traceability and Transparency: Our commitment to Supply Chain Transparency means you can often trace the origin and manufacturing process of your components. This eliminates the uncertainty associated with obscure foreign sources, giving procurement managers peace of mind.
Reduced Lead Times and Inventory Risk: Sourcing domestically improves supply chain resilience, reducing reliance on lengthy and unpredictable international shipping. This means faster access to critical parts and reduced need for excessive safety stock, leading to better TCO.

Compliance and Standards (DIN, NPT)

For design engineers and procurement specialists, compliance with industry standards like DIN, NPT, ASME, or ASTM is non-negotiable. Our platform simplifies the search for compliant, U.S.-made fasteners, ensuring that components meet the exact specifications required for safety, performance, and regulatory adherence. This level of Industrial Excellence is integrated into every product within our extensive catalog.

Digital Innovation for Procurement Efficiency

Maden.co embraces Digital Innovation to make procurement effortless. Our intuitive B2B marketplace reduces procurement friction, allowing MRO buyers to quickly find hard-to-find components, compare specifications, and streamline their ordering process. This efficiency directly translates to reduced downtime and improved operational flow, especially when an unexpected repair demands immediate action.

Instant Financing: A Strategic Advantage

For businesses making larger volume purchases or facing unexpected capital-intensive projects, cash flow management is crucial. Imagine a procurement manager needing to order a large batch of specialized fasteners for an unexpected production line retool. Our unique "Instant Financing" option is a strategic tool designed to empower businesses. Available directly at checkout, it allows you to manage cash flow effectively and make critical purchases without delay, ensuring your operations remain agile and responsive to demand. This feature exemplifies our Customer Empowerment value, providing practical solutions that support your business growth.

Are you a U.S. manufacturer committed to industrial excellence? We invite you to explore the benefits of joining our network and contributing to the American manufacturing revival. Register as a vendor and help us expand access to top-tier American-made products.

Conclusion: Empowering Your Operations

A broken screw in metal can be a formidable obstacle, but it doesn't have to be a project killer. By understanding the various extraction techniques—from leveraging simple pliers for a stripped head to precision drilling and the use of specialized extractors for flush breaks—you can confidently tackle these challenges. However, the most effective strategy lies in prevention.

By choosing high-quality, American-made fasteners, you significantly reduce the risk of future breakages, enhance the reliability of your assemblies, and fortify your supply chain. Maden.co stands as your strategic partner in this endeavor, connecting you with verified U.S. manufacturers who embody the principles of American Manufacturing Pride and Industrial Excellence. Our platform offers more than just products; it provides transparency, resilience, and digital tools designed to empower your procurement processes, minimize TCO, and keep your operations running smoothly.

Ready to eliminate fastener headaches and fortify your supply chain with American-made quality? Explore the extensive catalog on Maden.co today. For those larger, critical orders, remember that you can apply for Instant Financing at checkout to streamline your capital-intensive projects and keep your operations moving. America's manufacturing revival is here, and with Maden.co, you have the power to drive it forward.

Frequently Asked Questions

What causes screws to break most often?

Screws typically break due to a combination of factors, primarily inferior material quality, improper installation techniques (like over-torquing or misalignment), and environmental stresses such as corrosion or material fatigue from cyclic loading. Sourcing high-quality, U.S.-made fasteners and adhering to correct installation procedures are the best preventative measures.

Is it always necessary to drill out a broken screw?

No, it's not always necessary to drill out a broken screw. If a portion of the screw head or shaft is still protruding, methods like using vise grips, pliers, or cutting a new slot with a rotary tool can often extract it without drilling. Drilling is usually reserved for screws that are broken flush with or below the surface.

When should I use a left-handed drill bit versus a screw extractor?

Left-handed drill bits are excellent for the initial attempt at drilling into a broken screw because their counter-clockwise rotation can sometimes catch and back out the screw as you drill. If the left-handed bit doesn't work, then you'd use a standard (right-handed) drill bit to create a pilot hole, which is then used in conjunction with a screw extractor (easy-out) to remove the broken fastener.

How can Maden.co help prevent future fastener issues?

Maden.co prevents future fastener issues by democratizing access to over 2.5 million American-made products from 800+ verified U.S. manufacturers. This ensures superior material quality, precise manufacturing, and adherence to industry standards. By reducing reliance on less transparent supply chains and offering digital tools for efficient procurement, Maden.co helps businesses source reliable components, reduce procurement friction, and improve supply chain resilience, thus minimizing the occurrence of broken fasteners.

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