How to Buy a Saw Blade: Your Ultimate Guide to Choosing the Right Cut

I still vividly remember the frustration. I was knee-deep in a DIY shelving project, a project that was supposed to be a weekend warrior’s triumph. Armed with my trusty circular saw, I confidently grabbed a generic blade, figuring any old saw blade would do. Big mistake. The wood splintered, the cut was jagged, and I spent more time sanding and cursing than actually building. It was then I realized that understanding how to buy a saw blade isn't just about picking something that fits; it's about choosing the right tool for the job to ensure clean cuts, efficiency, and, frankly, your sanity. This guide is born from that experience and countless others, aiming to equip you with the knowledge to never make that mistake again.

So, how do you buy a saw blade that actually works for what you need? The answer hinges on understanding the interplay between the type of saw you’re using, the material you’re cutting, and the desired outcome. A well-chosen saw blade can transform a daunting task into a smooth, satisfying process. Conversely, a mismatched blade can lead to frustration, damaged materials, and even safety hazards. This comprehensive guide will walk you through everything you need to know to make informed decisions when you need to buy a saw blade.

Understanding the Anatomy of a Saw Blade

Before we dive into the specifics of choosing a saw blade, it’s crucial to understand its basic components. Each part plays a vital role in how the blade performs.

Body (or Plate): This is the main disc of the blade, typically made from high-strength steel. The quality of the steel significantly impacts the blade's durability and its ability to withstand heat and stress.
Teeth: These are the cutting edges. Their shape, size, number, and angle are critical factors that determine the type of cut and the finish.
Gullets: These are the U-shaped or rounded spaces between the teeth. They are essential for clearing away sawdust and debris, preventing the blade from binding and overheating. Larger gullets are generally better for faster, rougher cuts, while smaller gullets are suited for finer finishes.
Arbor Hole: This is the central hole that allows the blade to be mounted onto the saw's arbor. Its size must match the arbor of your saw.
Expansion Slots: These small slots cut into the blade body help to dissipate heat and prevent the blade from warping due to temperature fluctuations during cutting.

Key Factors to Consider When You Need to Buy a Saw Blade

When you’re standing in the aisle, surrounded by a dizzying array of saw blades, how do you narrow down your options? It all comes down to a few fundamental considerations. Let’s break them down:

1. The Type of Saw You're Using

This is arguably the most important starting point. Not all saw blades are interchangeable. You need to buy a saw blade specifically designed for your saw’s make and model. The arbor size (the diameter of the hole in the center of the blade) must match the arbor on your saw. Common arbor sizes for circular saws include 5/8 inch, 1 inch, and sometimes specialized sizes. Radial arm saws and miter saws also have specific arbor requirements.

For example, a blade designed for a handheld circular saw will likely have a different kerf (the width of the cut made by the blade) and tooth count than a blade intended for a table saw or a miter saw. Using the wrong blade can not only damage your saw but also lead to dangerous kickback or inaccurate cuts. Always check your saw's manual for recommended blade specifications.

2. The Material You're Cutting

This is where the magic happens (or doesn't). Different materials require different blade configurations to achieve optimal results. Cutting wood is vastly different from cutting metal, plastic, or tile. If you want to buy a saw blade that performs exceptionally, you must match it to the material.

Wood:

Softwoods (Pine, Fir, Cedar): These are generally easier to cut. You can often get away with fewer teeth and larger gullets for faster cuts.
Hardwoods (Oak, Maple, Cherry): These are denser and require blades with more teeth and potentially smaller gullets for a cleaner finish. Blades designed for rip cuts (cutting with the grain) and crosscuts (cutting against the grain) will have different tooth geometries.
Plywood and Engineered Woods (MDF, Particle Board): These can be prone to chipping and tear-out. Blades with a higher tooth count and a "carbide-tipped" design are usually recommended to minimize this. Specialized blades for cutting melamine or laminates also exist to prevent chipping on the surface.

Metal: Cutting metal requires specialized blades made from materials like High-Speed Steel (HSS) or carbide-tipped blades with specific tooth designs and often lower tooth counts. The speed of the saw is also a critical factor when cutting metal, as excessive heat can dull the blade rapidly. You'll often see blades specifically labeled for ferrous (iron-based) or non-ferrous metals.

Plastic: Similar to wood, the type of plastic matters. Softer plastics might be cut with a general-purpose blade, but harder plastics may require blades designed to prevent melting and binding. Blades with more teeth and a sharper cutting angle are often beneficial.

Tile and Masonry: These materials require entirely different types of blades, often diamond-segmented or continuous rim blades. They are used with wet saws or angle grinders and are designed to abrade rather than cut in the traditional sense. While we are focusing on saw blades in the traditional cutting sense, it’s worth noting these specialized cutting discs exist.

My personal experience with cutting MDF highlights this. Initially, I used a standard wood blade and ended up with fuzzy edges that took forever to clean up. Switching to a blade with a higher tooth count and specifically designed for breaking down sheet goods made a world of difference, saving me hours of sanding and a lot of frustration. It really hammered home the point that the material dictates the blade.

3. The Type of Cut You Need to Make

Are you making long, straight cuts (ripping) or cutting across the grain (crosscutting)? Or do you need a general-purpose blade that can handle both? The geometry and tooth configuration of the blade are optimized for specific types of cuts.

Rip Blades: These typically have fewer teeth (around 24-30 for a 10-inch blade) with larger gullets. The teeth are usually set with a more aggressive angle. This design is meant for fast, efficient cutting along the grain of the wood, where you're removing a lot of material.
Crosscut Blades: These have more teeth (60-80 teeth for a 10-inch blade) and smaller gullets. The teeth are often shaped with alternating bevels (ATB - Alternating Top Bevel) or have a high alternate top bevel (Hi-ATB). This configuration provides a cleaner, smoother cut when going against the grain, minimizing tear-out and splintering.
Combination Blades (or General Purpose Blades): These are designed to offer a compromise between ripping and crosscutting. They typically have a moderate number of teeth (around 40-50 for a 10-inch blade) and a tooth geometry that can handle both applications reasonably well. If you're looking for versatility and don't want to swap blades constantly, a good combination blade is often the best bet.
Specialty Blades: Beyond these basic types, there are blades for specific tasks like plywood and melamine (often with high tooth counts to prevent chipping), fine finish blades (even higher tooth counts for extremely smooth cuts), demolition blades (thicker, more robust teeth for cutting through nails and debris), and blades designed for cutting aluminum or plastics.

4. Tooth Count and Tooth Geometry

The number of teeth on a blade directly influences the quality of the cut and the speed of cutting. As a general rule:

Fewer Teeth (24-30): Faster cutting, rougher finish. Ideal for ripping softwoods.
More Teeth (60-80+): Slower cutting, smoother finish. Ideal for crosscutting hardwoods and for materials prone to chipping.
Medium Teeth (40-50): A good compromise for general-purpose use.

Tooth Geometry refers to the shape and angle of the teeth. The most common geometries you'll encounter are:

Flat Top (FT): The simplest tooth shape, often found on rip blades. It's durable and good for aggressive material removal.
Alternate Top Bevel (ATB): Each tooth is ground with a bevel on alternating sides. This provides a cleaner cut than FT teeth, especially when crosscutting.
High Alternate Top Bevel (Hi-ATB): Similar to ATB but with a steeper bevel angle (often 20-25 degrees). This offers an exceptionally smooth finish, making it ideal for fine woodworking and applications where tear-out is a major concern. However, Hi-ATB teeth can be more fragile and are not recommended for cutting hardwoods or materials with knots, as they can chip.
Triple Chip Grind (TCG): This geometry alternates between a flat raker tooth and two trapezoidal teeth. The trapezoidal teeth cut a channel, and the flat tooth then cleans it out. This is excellent for cutting hard materials like laminate, melamine, aluminum, and plastics, as it significantly reduces chipping and provides a clean edge.
Conical Side Grind (CSG): Often found on blades for plastic and aluminum, this geometry helps prevent melting and sticking by creating a wide chip.

Table 1: Saw Blade Tooth Count and Cut Quality Correlation

Tooth Count (Typical for 10-inch Blade)	Cut Speed	Cut Quality	Best For
24-30	Fast	Rough	Ripping softwoods, demolition
40-50	Moderate	Good general purpose	Combination ripping and crosscutting, general woodworking
60-80	Slow	Smooth	Crosscutting hardwoods, fine finishing, plywood
80+	Very Slow	Very Smooth	Melamine, laminates, non-ferrous metals (with appropriate geometry)

5. Blade Material and Coatings

The material of the blade and any coatings applied can significantly impact its performance, longevity, and cost. You'll typically see:

Steel Blades: These are the most common and affordable. High-carbon steel is standard. For better durability and heat resistance, look for blades made from high-strength steel alloys.
Carbide-Tipped Blades: These are the workhorses for most woodworking. Small, extremely hard carbide tips are brazed onto the steel body of the blade. Carbide is much harder than steel, allowing for sharper edges that stay sharp longer, cleaner cuts, and the ability to cut harder materials. When you buy a saw blade for serious use, chances are it will be carbide-tipped.
Diamond-Tipped Blades: Primarily used for cutting tile, masonry, and concrete. These aren't typically what you’d consider for woodworking.

Coatings: Some blades feature special coatings:

Anti-Stick Coatings: These coatings (often a resin-based compound) reduce friction and prevent wood resin, pitch, and other debris from sticking to the blade. This keeps the blade running cooler, cleaner, and reduces binding, leading to smoother cuts and a longer blade life.
Corrosion-Resistant Coatings: These protect the blade body from rust and corrosion, especially important if you work in a humid environment or if the blade might get wet.

6. Blade Kerf (Thickness)

The kerf is the width of the cut the blade makes. Blades come in standard kerf and thin kerf. A standard kerf blade is thicker, generally more durable, and requires more power from the saw. A thin kerf blade is narrower, requiring less power, producing less waste, and often resulting in a faster cut. However, thin kerf blades can be less durable and may not be suitable for all saws or heavy-duty applications, especially if the saw doesn't have enough power to drive them efficiently or if the blade is prone to deflection.

Standard Kerf: Typically around 1/8 inch thick. Good for general-purpose cutting and offers more durability.
Thin Kerf: Typically around 3/32 inch or even 5/64 inch thick. Benefits include reduced material waste, less strain on the saw motor, and faster cutting. Ideal for cordless saws or when cutting a lot of material.

7. Blade Diameter and Arbor Size

As mentioned earlier, the diameter of the blade and the arbor hole are critical for compatibility. Common blade diameters include 6-1/2 inch, 7-1/4 inch, 8 inch, 10 inch, and 12 inch. Your saw is designed to accept a specific range of diameters. The arbor hole size (the diameter of the center opening) must precisely match your saw's arbor shaft. Common arbor sizes are 5/8 inch and 1 inch. Sometimes, blades come with reduction rings to adapt them to different arbor sizes, but it’s always best to get a blade with the correct arbor size from the start.

Always check your saw's manual for the correct blade diameter and arbor size.

8. Rake Angle

The rake angle is the angle of the tooth face relative to the blade's radius. It dictates how aggressively the blade cuts into the material.

Positive Rake Angle: Teeth are angled forward, allowing for aggressive cutting. This is common in rip blades and blades designed for softer materials.
Negative Rake Angle: Teeth are angled backward, resulting in a slower, cleaner cut. This is often found in blades for plastics or when a very smooth finish is paramount.
Zero Rake Angle: Teeth are perpendicular to the radius. A compromise between aggressive cutting and a clean finish.

For most general woodworking, a positive or zero rake angle is suitable. For specific applications like cutting laminate or soft plastics, a negative rake angle might be preferred.

Selecting the Right Saw Blade for Common Tasks

Now that we've covered the fundamentals, let's apply them to common scenarios. When you need to buy a saw blade, consider these scenarios:

Cutting Dimensional Lumber (2x4s, etc.)

For framing or general construction with dimensional lumber, speed and efficiency are often key. You’ll likely be cutting with the grain (ripping) or across the grain (crosscutting) in softwoods.

Recommendation: A 24-tooth or 30-tooth rip blade for aggressive material removal and faster cuts when ripping. For general-purpose use where you'll be doing both ripping and crosscutting, a 40-tooth combination blade is an excellent choice. If your saw is cordless, a thin kerf blade will help conserve battery life.

Making Plywood Cuts

Plywood, especially with its veneer layers, can be prone to chipping and tear-out, particularly on the surface. This is where minimizing tear-out becomes paramount.

Recommendation: Opt for a blade with a higher tooth count, typically 60-80 teeth for a 10-inch blade. Look for blades with an ATB (Alternate Top Bevel) or Hi-ATB grind. These geometries shear the wood fibers cleanly as they cut. Blades specifically marketed for “plywood and melamine” often feature a TCG (Triple Chip Grind) which is excellent for preventing chipping on laminated surfaces.
Pro Tip: For the absolute cleanest cuts on plywood, score the cut line with a utility knife before making the cut. Also, ensure the good side of the plywood is facing down when using a handheld circular saw, or up when using a table saw, so the blade breaks the surface on the "waste" side.

Fine Woodworking and Furniture Making

In furniture making, the finish is everything. You need blades that leave a surface so smooth that minimal sanding is required.

Recommendation: You’ll want a high tooth count blade, often 60-80 teeth or even more for 10-inch blades. A Hi-ATB (High Alternate Top Bevel) grind is excellent for delivering a glass-smooth finish on solid wood. For crosscuts, these blades excel. If you are doing a lot of ripping of hardwoods, you might consider a specific hardwood ripping blade or a high-tooth-count combination blade.
Important Note: Hi-ATB blades can be more delicate. Avoid using them for rough construction or cutting through nails, as they can chip.

Cutting Melamine and Laminates

These materials are notoriously difficult to cut without chipping. The hard, glossy surface is easily damaged by aggressive teeth.

Recommendation: The TCG (Triple Chip Grind) is your best friend here. Blades with this geometry feature alternating flat-topped teeth and trapezoidal teeth. The trapezoidal teeth cut a wide channel, and the flat-topped teeth clean it up, preventing chipping and providing a remarkably clean edge. Look for blades with 60-80 teeth or more, specifically designed for melamine or laminate.
Further Considerations: Using a zero-clearance insert on your table saw can also significantly reduce tear-out when cutting melamine.

Demolition and Rough Cutting

When you're cutting through old framing, nails, screws, and other debris, durability and the ability to cut through anything are paramount. Finish quality is secondary.

Recommendation: You need a demolition blade or a blade designed for rough cutting. These blades often have fewer teeth (24-30), thicker carbide tips, and a more robust tooth design. Some are specifically engineered to cut through nails without damaging the blade.
Safety First: Always scan your material for hidden nails or screws before cutting. Wear safety glasses, as flying debris is common.

Cutting Metal (Aluminum, Brass, etc.)

Cutting non-ferrous metals requires specialized blades. Using a wood blade on metal can quickly damage the blade, the metal, and be extremely dangerous.

Recommendation: Look for blades specifically designed for cutting aluminum or other non-ferrous metals. These often feature a high tooth count (60-80+) with a TCG or CSG (Conical Side Grind) geometry. The teeth are typically made of a very hard carbide. It is crucial to use a slower saw speed for cutting metal to prevent overheating and binding. A good quality metal cutting blade will have a negative rake angle to prevent the teeth from digging in aggressively.
Lubrication: Using a cutting fluid or lubricant is often recommended when cutting metal to reduce friction, heat, and extend blade life.

Cutting Plastic

The type of plastic will determine the best blade. Soft plastics can sometimes be cut with a fine-toothed wood blade, but harder plastics require more specialized approaches to prevent melting and binding.

Recommendation: For harder plastics, look for blades with a high tooth count (60+) and a geometry designed to prevent melting, such as a TCG or CSG. Some blades are specifically marketed for cutting plastic. A negative or zero rake angle can be beneficial to avoid aggressive biting.
Considerations: Ensure your saw is set to an appropriate speed. A blade designed for aluminum or non-ferrous metals can often work well for plastics.

Buying a Saw Blade: A Step-by-Step Checklist

To help you navigate the process smoothly, here’s a practical checklist you can use when you need to buy a saw blade:

Identify Your Saw: What type of saw are you using (circular, miter, table, etc.)? Note the brand and model.
Determine Blade Diameter: Check your saw’s manual or the existing blade for the correct diameter (e.g., 7-1/4", 10", 12").
Confirm Arbor Size: Crucially, determine the arbor size (e.g., 5/8", 1").
Identify the Material: What will you be cutting most often (softwood, hardwood, plywood, laminate, metal, plastic)?
Define Your Cut Type: Will you be ripping, crosscutting, or doing general-purpose cuts?
Prioritize Cut Quality: How important is a smooth finish versus speed?
Consider Blade Features:
- Tooth Count: Low (fast, rough) vs. High (slow, smooth).
- Tooth Geometry: ATB, Hi-ATB, TCG, FT?
- Material: Carbide-tipped is generally best for woodworking.
- Kerf: Standard or thin? Consider your saw's power (especially for cordless).
- Coatings: Anti-stick coatings are beneficial.
Set Your Budget: Good quality blades are an investment. A quality blade can last for years if cared for properly.
Read Reviews (Optional but Recommended): Once you have a few options in mind, check online reviews from other users.
Purchase and Test: Buy the blade and test it on a scrap piece of your intended material.

The Importance of Blade Maintenance

Even the best-made saw blade will perform poorly if it's dull, dirty, or damaged. Investing in a good blade is only half the battle; maintaining it is the other.

Keep Blades Clean: Resin and pitch buildup can clog the gullets, increase friction, and lead to overheating and poor cuts. Use specialized blade cleaners or a degreaser to remove gunk.
Sharpen Blades: When a blade starts to dull, it’s time for sharpening. You can do this yourself with a sharpening stone or file (for certain tooth types), or send it out to a professional sharpening service. A dull blade not only cuts poorly but is also more dangerous as it requires more force and increases the risk of kickback.
Inspect for Damage: Regularly check your blades for chipped teeth, bent plates, or loose carbide tips. Damaged blades should be retired or professionally repaired if possible.
Proper Storage: Store blades flat in their protective sleeves or in a blade organizer to prevent damage and keep them from rusting.

A well-maintained blade will not only give you better results but will also extend its lifespan, saving you money in the long run. When you buy a saw blade, think of it as an investment in your projects.

Frequently Asked Questions About Buying a Saw Blade

Q: How many teeth should a saw blade have?

A: The ideal number of teeth on a saw blade depends heavily on the material you're cutting and the desired finish. As a general rule:

For fast, rough cuts, particularly in softwoods or for demolition work, a blade with fewer teeth is preferred. Think around 24 to 30 teeth for a standard 10-inch blade. These blades have larger gullets between the teeth, which efficiently clear out sawdust, reducing the chance of the blade binding and allowing for aggressive material removal.

For smoother, cleaner cuts, especially in hardwoods, plywood, or materials prone to chipping like melamine, you'll want a blade with more teeth. A good starting point for general woodworking is a 40-tooth combination blade. For very fine finishes or cutting sheet goods, blades with 60, 80, or even more teeth are ideal. More teeth mean smaller gullets and a more shearing action, which results in a smoother cut and less tear-out.

So, there isn't a single "right" number. You need to match the tooth count to the task. If you're unsure, a 40-tooth combination blade is often a good all-around performer for various woodworking tasks.

Q: What is the difference between a rip blade and a crosscut blade?

A: The fundamental difference lies in their design and intended purpose, which dictates the type of cut they excel at.

A rip blade is designed for cutting along the grain of the wood. These blades typically have fewer teeth (around 24-30 for a 10-inch blade) and larger gullets. The teeth are often designed with a steeper positive rake angle, allowing them to "rip" through the wood fibers aggressively and quickly. The primary goal of a rip blade is speed and efficient material removal, so the finish might be rougher compared to a crosscut blade.

A crosscut blade, on the other hand, is designed for cutting across the grain of the wood. These blades have more teeth (typically 60-80 for a 10-inch blade) and smaller gullets. The teeth are often ground with an Alternate Top Bevel (ATB) or High Alternate Top Bevel (Hi-ATB) geometry. This tooth configuration allows the blade to shear the wood fibers cleanly as it cuts against the grain, resulting in a much smoother finish with minimal tear-out. Crosscut blades are slower cutting but provide superior finish quality.

If you frequently switch between ripping and crosscutting, a combination blade (often around 40-50 teeth) offers a good compromise, though it won't perform quite as exceptionally as a dedicated rip or crosscut blade for their specific tasks.

Q: When should I buy a thin kerf saw blade?

A: A thin kerf saw blade is narrower than a standard kerf blade, meaning it removes less material with each cut. This offers several advantages, making them a smart choice in specific situations:

Firstly, thin kerf blades require less power to cut through material. This is particularly beneficial for cordless power tools, such as battery-powered circular saws and miter saws. Using a thin kerf blade on a cordless saw can significantly extend your battery life, allowing you to get more cuts done on a single charge. This conserves energy and is a crucial consideration when working off-grid or away from power outlets.

Secondly, because they remove less material, thin kerf blades generate less waste. If you're cutting a lot of expensive material, like hardwoods or sheet goods, the cumulative savings from reduced waste can be substantial over time. They also produce less sawdust, which can be a minor benefit in keeping your workspace cleaner.

However, it's important to note that thin kerf blades are not suitable for all saws or applications. They are generally less rigid than standard kerf blades and can be more prone to deflection, especially if the saw doesn't have enough power to maintain a consistent speed. They are also often not recommended for use on older or less powerful saws, or for very aggressive demolition work where blade durability is paramount. Always check your saw's manual to ensure it's rated for thin kerf blades.

Q: How do I know if my saw blade is dull?

A: Recognizing a dull saw blade is key to maintaining good cut quality and ensuring safety. Here are several tell-tale signs:

Increased Effort and Binding: A dull blade requires more force to push through the material. You'll feel the saw fighting you, and the cut will feel sluggish. The blade may also tend to bind or wander off your intended cut line more easily.

Poor Cut Quality: This is perhaps the most obvious indicator. Instead of clean, crisp edges, you'll start to see excessive splintering, tear-out, or fuzziness along the cut line, even in materials that normally cut cleanly. On plywood or laminates, the chipping will be much more pronounced.

Burning: Dull teeth can't efficiently shear the wood fibers. Instead, they rub against the wood, generating friction and heat. This will manifest as burn marks along the cut edge. While some slight scorching can occur with any blade, significant or consistent burning is a strong sign of dullness.

Unusual Noises: A sharp blade cuts smoothly and relatively quietly. A dull blade, however, might produce a rougher, grinding sound as it struggles through the material.

Kickback Risk: While kickback can happen with sharp blades if used improperly, a dull blade significantly increases the risk. When the teeth can't bite properly, they are more likely to snag on the wood and violently propel the workpiece or saw back towards the operator.

If you notice any of these symptoms, it's a strong indication that your saw blade needs sharpening or replacement. Continuing to use a dull blade not only degrades your work but also compromises safety.

Q: What does "kerf" mean in relation to saw blades?

A: The "kerf" of a saw blade refers to the width of the cut that the blade makes as it passes through the material. It's essentially the width of the material removed by the blade's teeth. This is determined by the thickness of the blade body and the width of the carbide tips.

Blades are generally categorized as either standard kerf or thin kerf. A standard kerf blade typically has a thickness of around 1/8 inch (approximately 3.2mm), while a thin kerf blade is narrower, often around 3/32 inch (approximately 2.4mm) or even 5/64 inch (approximately 2.0mm).

The kerf impacts several aspects of the cutting process. A thinner kerf requires less power from your saw to make a cut, which can be advantageous for cordless tools as it conserves battery life and for less powerful saws. It also produces less sawdust and material waste, which can be economical when cutting a large volume of material. However, thinner kerf blades can be less rigid and may be more prone to deflection, especially in thicker materials or during aggressive cuts.

A standard kerf blade, being thicker, is generally more rigid and durable. It's often preferred for heavier-duty applications, particularly on larger table saws, where stability and durability are paramount. It also requires more power from the saw motor.

When choosing a blade, consider the kerf based on your saw’s power and the type of cutting you’ll be doing. For most general woodworking, either can work, but for cordless tools or when minimizing waste is important, thin kerf is often the better choice.

Conclusion: Your Path to Smarter Saw Blade Purchases

Navigating the world of saw blades might seem complex at first, but with a solid understanding of the factors involved, you can confidently buy a saw blade that will elevate your projects. Remember, the blade is the cutting edge of your craft. Investing in the right blade, understanding its purpose, and maintaining it properly will not only lead to superior results but also make your woodworking experience more enjoyable and less frustrating. From the tooth count to the tooth geometry, each detail matters. By considering your saw, the material, and the desired outcome, you can make an informed decision every time you need to buy a saw blade, transforming those challenging cuts into satisfying accomplishments.

Don't let the overwhelming selection paralyze you. Break it down by the core elements we've discussed: saw type, material, and cut. The right blade is out there, waiting to help you achieve the precision and finish you're after. Happy cutting!

How to Buy a Saw Blade: Your Ultimate Guide to Choosing the Right Cut