Cummins Drill Press: Specs, Uses & Alternatives

The Cummins drill press represents a robust tool widely recognized for its utility in both home workshops and professional settings, showcasing attributes such as durability and precision. As a versatile tool, the drill press can be used on wood and metal. In terms of the specifications, the Cummins drill press motor operates on a 120V power supply, delivering sufficient power for various drilling tasks. For those seeking alternatives or upgrades, comparing the Cummins drill press with models from other brands can provide insights into different features and price points.

Ever walked into a workshop and felt like something was missing? Like the orchestra was tuning up but the brass section was still at lunch? Chances are, what you were missing was the drill press – the unsung hero of the shop, the quiet workhorse that gets the job done with unmatched precision and power. It’s THE tool that separates a good project from a great one.

Now, you might think, “A drill press? Isn’t that just a fancy drill?” Well, my friend, it’s so much more. Think of it as the evolution of the hand drill, the superhero version, if you will. Its lineage can even be traced back to some pretty significant innovations, maybe even whispers of Cummins’ early engineering genius (we’re talking decades of refinement!)

What makes it such a game-changer? Let’s break it down:

Accuracy: Say goodbye to wandering drill bits and hello to perfectly placed holes every time. No more guessing!
Power: It laughs in the face of tough materials. Wood, metal, plastic – it conquers them all with ease. Feel the power!
Repeatability: Need ten holes in the exact same spot? No problem! The drill press delivers consistent results project after project. Copy and paste in the real world!

From crafting intricate woodworking projects to fabricating robust metal structures, the drill press is a true multi-tasker. Whether you’re a seasoned pro or just starting your DIY journey, mastering the drill press unlocks a whole new level of precision and possibility in your projects. It can be used in woodworking, metalworking, etc. So, buckle up, because we’re about to dive deep into the world of the drill press and discover why it’s the MVP of any serious workshop.

Contents

Anatomy of a Drill Press: Taking a Peek Under the Hood

Ever wondered what makes a drill press tick? It’s more than just a spinning bit – it’s a carefully orchestrated team of components working together. Let’s break down the key players in this symphony of drilling!

The Mighty Motor: Heart of the Operation

The motor is the powerhouse, the muscle behind the entire operation. It’s what provides the rotational force needed to drill through wood, metal, and more. You’ll usually see motor specifications listed in horsepower (HP) – think of it like the engine size in your car. Higher HP generally means more power for tougher jobs. Also important is the voltage – make sure it matches your workshop’s electrical supply (usually 120V or 240V). Don’t go plugging a 240V motor into a 120V outlet unless you want some sparks!

The Spindle: The Rotating Middleman

Next up is the spindle, the rotating shaft that receives power from the motor, this is where the magic happens, because it holds the chuck. It’s the vital link between the motor’s raw power and the business end of the drill – and also is responsible for precision rotation.

The Chuck: Gripping Power

The chuck is the drill bit’s best friend. It’s a specialized clamp designed to securely hold drill bits and other tooling. You’ll find two main types:

Keyed Chucks: These use a special key to tighten and loosen the jaws around the drill bit. They offer excellent gripping power. You know, those little things you always lose? Yeah that’s them!
Keyless Chucks: These can be tightened and loosened by hand, making bit changes quicker and easier. Super convenient!

The Table: Your Work Surface and More

The table is where the action happens – it’s the surface you place your workpiece on. But it’s not just a flat surface; it’s usually adjustable in height and sometimes angle. This adjustability is crucial for accommodating different workpiece sizes and drilling at specific angles. Proper work holding is essential, use clamps and vices to secure the workpiece for a cleaner hole.

The Base: Foundation of Stability

Last but not least, the base is the foundation of the drill press. It provides stability and prevents the entire machine from wobbling during operation. Some bases are designed to be bolted to the floor for extra stability, especially for larger, heavier drill presses.

The Drill Press Ecosystem

These components aren’t just individual parts; they’re interconnected and rely on each other to function correctly. The motor powers the spindle, the spindle holds the chuck, the chuck grips the drill bit, the table supports the workpiece, and the base keeps everything steady. When these parts are in perfect synergy, you’re left with a precision tool ready to tackle any drilling challenge. Understanding each part and its function is the first step in mastering your drill press and unlocking its full potential.

Drill Bits and Tooling: Choosing the Right Weapon for the Job

Alright, you’ve got your drill press, now let’s arm it! A drill press without the right bit is like a knight without a sword. You need the right tool for the job, or you’ll just end up frustrated (and possibly with a ruined workpiece). So, let’s dive into the world of drill bits and other tooling. It’s a wild ride!

Twist Drill Bits: The Everyday Hero

The twist drill bit is the workhorse of the drilling world. They’re your go-to for most jobs. They’re versatile, affordable, and relatively durable. You’ll find yourself reaching for these bad boys for wood, plastic, and even some metals. Pro Tip: A sharp twist drill bit is a happy twist drill bit. Dull bits cause heat and frustration.

Spade Bits: When You Need a Big Hole…Fast!

Need a hole the size of a small planet in wood? That’s where spade bits come in. These flat, paddle-shaped bits are designed for drilling large diameter holes in wood quickly. However, be warned: they can be a bit rough around the edges (literally). So, use them when precision isn’t your top priority. Think of them like the brute force option.

Hole Saws: Creating Clean, Giant Circles

Hole saws are like the cookie cutters of the drilling world. Need a perfectly round, massive hole? Hole saw to the rescue! These bits are essentially saw blades formed into a cylinder. Great for installing door hardware, running pipes, or when you just need to make a giant, clean hole. They can be a little slower than spade bits, but the cleanliness is worth it.

Other Specialized Bits: The Specialists

Beyond the basics, there’s a whole universe of specialized bits. Forstner bits leave a smooth, flat-bottomed hole – perfect for hinges. Countersink bits create a beveled edge for screws to sit flush. Auger bits are for deep, clean holes in wood. The list goes on! Explore these options when you need a specific result.

Material Matters: What Your Bits Are Made Of

The material of your drill bit is just as important as its type. It determines what you can drill and how long the bit will last. Let’s break down the common contenders:

High-Speed Steel (HSS): The All-Arounder

HSS is like the Swiss Army knife of drill bit materials. It’s a good balance of hardness, durability, and cost. Perfect for general-purpose drilling in wood, plastic, and softer metals. If you’re just starting, a set of HSS bits is a great investment.

Carbon Steel: Budget-Friendly (But Limited)

Carbon steel bits are the cheapest option, but they’re also the least durable. They’re suitable for drilling soft materials like wood but don’t even think about using them on metal. They’ll dull quickly and could even break. Think of them as disposable bits for light-duty tasks.

Carbide-Tipped: The Heavy Hitter

Need to drill through steel, tile, or even masonry? Carbide-tipped bits are your best friend. These bits have super-hard carbide inserts that can withstand the abuse of drilling hard materials. They’re more expensive, but they’ll save you a lot of time and frustration.

Choosing the Right Bit: A Quick Guide

So, how do you pick the perfect bit for the job? Here’s a quick checklist:

What material are you drilling? Wood, metal, plastic, masonry? This will narrow down your material choices.
What size hole do you need? This will determine the bit size and type (twist, spade, hole saw, etc.).
How precise does the hole need to be? For clean, accurate holes, go with sharper bits like the twist drill bit.
Don’t cheap out! It’s better to spend a little more on a quality bit than to ruin your workpiece with a dull or broken one.

Operational Features: Mastering Speed and Depth

Speed and depth – sounds like a thrilling action movie, right? Well, in the world of drill presses, they’re the dynamic duo that helps you achieve pinpoint accuracy and consistent results. Ignoring them is like trying to bake a cake without setting the oven temperature – you might end up with something… but it probably won’t be what you intended. Let’s dive into why controlling these two aspects is crucial for your drilling success.

Speed Control: Finding the Sweet Spot

Imagine your drill bit is a tiny dancer, and the speed is the music. Too fast, and they’ll be flailing around, creating a mess. Too slow, and they’ll be dragging their feet, getting nowhere. Finding the right tempo is key!

The Mechanism: Most drill presses use either a belt and pulley system or an electronic variable speed control. Belt and pulleys are the classic approach; you manually move the belt between different pulley combinations to change the spindle speed. Electronic variable speed offers more precise control with a simple knob or dial.
Choosing the Right Speed: This is where things get interesting. The ideal speed depends on the material you’re drilling and the size of the drill bit. Softer materials like wood require higher speeds, while harder materials like metal demand slower, more controlled speeds to prevent overheating and bit damage. Larger diameter drill bits also generally require slower speeds. Here’s a general rule of thumb, but always refer to specific charts for optimal results:

Recommended Drill Speeds (RPM)

Material	Small Bit (1/8″)	Medium Bit (1/4″)	Large Bit (1/2″)
Softwood	3,000+	2,000-3,000	1,000-1,500
Hardwood	2,500-3,000	1,500-2,500	800-1,200
Aluminum	2,000-2,500	1,200-2,000	600-1,000
Mild Steel	1,500-2,000	800-1,500	400-800
Stainless Steel	800-1,200	500-800	250-400

Consequences of Wrong Speed: Using the wrong speed can lead to a whole host of problems. Too fast, and you risk overheating the bit, which can dull or even break it. You might also get a rough, jagged hole. Too slow, and you’ll be wasting time and putting unnecessary strain on the motor. Think of it like driving a car: wrong gear, and things get bumpy real quick!

Depth Stop: The Gatekeeper of Perfection

Ever drilled a hole that went right through your workpiece when you only wanted to go partway? That’s where the depth stop comes in!

Function and Benefits: The depth stop is a simple but ingenious device that prevents the drill bit from going deeper than your desired depth. It’s like setting a limit, ensuring consistency, especially when drilling multiple holes.
Setting the Depth:
1. Loosen the depth stop mechanism (usually a screw or knob).
2. Lower the drill bit to the desired depth.
3. Adjust the depth stop until it touches the top of the drill press housing.
4. Tighten the depth stop mechanism to secure it in place.
5. Test the setting by drilling a pilot hole in scrap material.
When It’s Crucial: Depth stops are especially handy when drilling blind holes (holes that don’t go all the way through) or when you need to drill multiple holes to the exact same depth. They eliminate guesswork and ensure professional-looking results every time. Imagine crafting a beautiful wooden box – you’ll want those hinge mortises to be uniform, and a depth stop makes it easy to do!

Mastering speed and depth control is like unlocking a new level in your drill press skills. You’ll gain greater accuracy, consistency, and control over your projects. So, experiment, practice, and don’t be afraid to fine-tune your settings. You’ll be amazed at the difference it makes!

Working with Different Materials: A Material-Specific Guide

So, you’ve got your drill press humming, ready to chew through… well, something. But hold on there, champ! Just like you wouldn’t wear flip-flops to climb Everest, you can’t just use the same approach for every material. Each material demands its own finesse, a special dance of bit, speed, and technique. Let’s break down how to treat your wood, metal, and plastics right.

Wood: A Finely Grain-ed Approach

Ah, wood. The classic. But even within the wooden world, there’s diversity. Think of it like this: drilling through balsa wood is a heck of a lot different than drilling through oak.

Softwood (Pine, Fir, Cedar): These are generally forgiving. High-speed steel (HSS) twist drill bits work great. You can usually get away with higher speeds, but don’t go crazy – you don’t want to burn the wood. If you’re making a large hole use a spade bit or a hole saw
Hardwood (Oak, Maple, Walnut): These are denser and require more care. HSS bits are still good, but consider brad-point bits. They help prevent wandering and splintering, especially on the exit side. Slow down the speed a bit; generating too much heat is the enemy. For a clean cut, using a Forstner bit will make your end product of the highest quality.

Metal: Cool It, Man!

Metal drilling is a whole different ballgame. Heat is the main issue, so you need to manage it with cutting fluid and patience.

Steel: You’ll need HSS or cobalt drill bits for most steels. Start with a center punch to create a divot for the bit to follow, then go slow. Cutting fluid is not optional here; it’s essential. It keeps the bit cool, lubricates the cut, and washes away chips.
Aluminum: Aluminum is softer than steel, but it can still be tricky. It tends to grab, so clamp your work tightly. Use a cutting fluid or even WD-40. Slower speeds are better, and peck-drilling (drilling a little, then backing out to clear chips) can help.

Plastics: Avoid the Meltdown

Plastics can be the fussiest of the bunch. Too much heat, and you’ll end up with a melted, cracked mess.

Use drill bits designed for plastics, they have a steeper point angle. If you don’t have those, very sharp HSS bits will work, but go slow.
Peck-drilling is your friend here. It helps remove heat and prevent the plastic from melting around the bit.
Back up the plastic with a piece of wood to prevent tear-out on the exit side.

Clamping and Support: Hold That Thought (and Workpiece)!

Regardless of the material, proper clamping and support are non-negotiable. A wobbly workpiece is a recipe for disaster – a broken bit, a damaged workpiece, or even an injury. Use clamps, vises, or even a simple wooden jig to secure your work firmly to the drill press table.

Coolants and Lubricants: A Slick Solution

Think of cutting fluid and lubricants as the secret sauce for successful drilling.

Metal Cutting Fluid: This is your go-to for metal. It cools, lubricates, and helps remove chips. There are different types for different metals, so read the label.
Lubricants for Wood and Plastics: For wood, a little beeswax or even some paste wax can help reduce friction and prevent burning. For plastics, WD-40 can work in a pinch, but be careful not to use too much, as it can react with some plastics.

Safety First: Let’s Not Turn Your Workshop into an ER Visit!

Okay, folks, let’s get real for a minute. We all love the satisfying whirr of a drill press carving its way through wood or metal, but let’s not forget that it’s a powerful machine that demands respect. Safety isn’t just some boring lecture; it’s the key to keeping all your fingers and toes attached. Think of it as the ultimate workshop fashion statement – because nothing looks worse than a trip to the emergency room!

Guards and Shields: Your Invisible Bodyguards

Those clear plastic or metal shields around the drill press? They’re not just there to look pretty (though, let’s be honest, they do add a certain industrial chic). Guards and shields are your first line of defense against flying debris, errant drill bits, and the occasional moment of “oops.” Make sure they’re always in place and functioning correctly. Think of them as your personal, invisible bodyguards, deflecting danger before it even gets close.

Emergency Stop Switches: The “Oh Crap!” Button

Every drill press has one, and knowing where it is could save you from a bad situation. The emergency stop switch is your “get out of jail free” card when things go south. Whether a workpiece gets caught, a bit snaps, or your cat jumps onto the power switch (yes, it happens!), knowing where that big red button is located, and how to use it, is crucial. It’s the ultimate panic button, ready to shut everything down in a split second. Know it, love it, use it!

Proper Lighting: Let There Be (Enough) Light!

Trying to drill a precise hole in the dark is like trying to thread a needle while wearing boxing gloves. Good lighting is essential for clear visibility. Make sure your workshop is well-lit, and consider adding a dedicated light source for your drill press. This will help you see exactly what you’re doing, preventing errors and potential injuries.

Personal Protective Equipment (PPE): Dress for Success (and Safety!)

Alright, let’s talk fashion. But not the kind you’d wear on a runway. This is workshop fashion, and it’s all about protection.

Safety Glasses or Face Shield: These are non-negotiable. Flying debris is a real threat, and your eyes are precious. Don’t risk it. Think of them as the ultimate accessory for avoiding a serious eye injury.
Appropriate Clothing: Leave the loose clothing and dangly jewelry at home. We’re not trying to start a dance party with the drill press. Anything that could get caught in the machinery is a hazard. Snug and secure is the name of the game.
Hearing Protection: That whirr can turn into a roar after a while. If you’re drilling for extended periods, protect your ears with hearing protection. Trust me, your future self will thank you.

Safe Operating Procedures: The Rules of the Road

Think of these as the golden rules of drill press operation. Following them religiously will keep you safe and sound.

Clamp, Clamp, Clamp!: Always clamp your workpiece securely to the table. A loose workpiece can become a dangerous projectile. No exceptions!
Never Walk Away: Leaving a running drill press unattended is a recipe for disaster. Always turn it off before walking away.
No Reaching Around: Keep your hands away from the rotating drill bit. Reaching over or around it is a big no-no.
Clean Up Crew: Use a brush or vacuum to remove chips and debris. Never use your hands! Those chips can be sharp and hot.
Unplug Before Tinkering: Before performing any maintenance or repairs, always disconnect the drill press from the power supply. It’s the ultimate way to prevent accidental startups.

Maintenance: Keeping Your Drill Press in Top Condition

Okay, so you’ve got this awesome drill press, right? It’s like your workshop’s trusty steed, always there to punch holes exactly where you need them. But just like a real horse, it needs a little TLC to keep it running its best. Neglecting maintenance is like never changing the oil in your car – eventually, things are gonna grind to a halt, and nobody wants that! Let’s dive into the nitty-gritty of keeping your drill press happy and healthy.

Cleaning and Lubrication: A Spa Day for Your Drill Press

Think of this as a spa day for your machine! Regularly cleaning your drill press is essential. Dust, chips, and debris are the enemy. They can gunk up moving parts, leading to friction and wear. Use a brush or vacuum to get rid of the crud. Now, for the good stuff: lubrication. Just like your joints need WD-40 after a long day (okay, maybe that’s just me), the moving parts of your drill press crave lubrication. The spindle and quill are prime candidates. Use a good quality machine oil or grease recommended by the manufacturer. A little dab here and there can make a world of difference.

Checking and Replacing Belts: The Lifeline of Power

Belts are the unsung heroes that transmit power from the motor to the spindle. Over time, they can wear out, crack, or stretch. Keep an eye on them. If you see any signs of damage, it’s time for a replacement. And here’s a pro tip: Proper belt tension is key. Too loose, and you’ll lose power and get slippage. Too tight, and you’ll put unnecessary stress on the motor and bearings. Refer to your drill press manual for the correct tensioning procedure, but a good rule of thumb is that you should have a little “give” when you push on the belt midway between the pulleys.

Inspecting and Tightening Components: A Little Love Goes a Long Way

A loose screw here, a wobbly bolt there – it all adds up. Regularly give your drill press a once-over, checking all the nuts, bolts, and screws. If anything’s loose, tighten it up! Pay special attention to the chuck. A worn or damaged chuck can cause drill bits to slip, leading to inaccurate holes and potential danger. If your chuck is looking rough, consider replacing it.

Troubleshooting Common Issues: When Things Go Bump in the Workshop

Even with the best maintenance, things can sometimes go wrong. Here are a few common issues and what to do about them:

Drill bit slipping in the chuck: This usually means the chuck is worn or the bit isn’t tightened properly. Try cleaning the chuck and the bit shank. If that doesn’t work, it might be time for a new chuck.
Excessive Vibration: Vibration can be caused by several things, including loose components, a bent spindle, or an unbalanced drill bit. Start by checking all the fasteners and make sure your workpiece is securely clamped. If the vibration persists, it might be a more serious issue that requires professional help.
Motor Overheating: Overheating can be caused by excessive use, a dull drill bit, or a clogged motor vent. Make sure you’re not pushing the drill press too hard and that the motor vents are clear of dust and debris. If the motor continues to overheat, have it checked by a qualified technician.
Unusual Noises: Grinding, squealing, or rattling noises are never a good sign. They could indicate worn bearings, a loose belt, or other mechanical problems. Investigate the source of the noise and take corrective action promptly. Ignoring unusual noises can lead to more serious damage.

Replacement Parts: When Things Break Down – Don’t Panic, We’ve Got You!

Let’s face it, even the most reliable drill press can have its “oops” moments. Things wear out, break, or just decide to stage a dramatic exit. But before you throw your hands up in despair, remember: a little maintenance and the right replacement parts can bring your trusty machine back from the brink. Think of it as giving your drill press a well-deserved spa day, only with wrenches and maybe a little WD-40. So here is how to source them:

Belts: The Unsung Heroes (and Sometimes Victims) of Power Transmission

Drill press belts are like the marathon runners of your workshop. They tirelessly transfer power from the motor to the spindle, but eventually, they’re bound to wear out, crack, or even snap. Knowing what kind of belt to buy is important.

Different Types and Sizes: Drill press belts come in various types (V-belts, cogged belts, etc.) and lengths.
How to Measure: To figure out what replacement you need, either check your manual (more on that later!) or measure the old belt’s circumference if it’s still intact. If it’s broken, a piece of string can work as a makeshift measuring tool.
Ordering Replacements: When ordering, note the type, length, and top width. Most online retailers and hardware stores will have selection guides to help you find the right match.

Pulleys: The Wheels of Fortune (or Misfortune, if Worn)

Pulleys are next in line. While tougher than belts, pulleys can wear out or get damaged, especially if the belt tension is off or if they’re exposed to excessive dust and grime. Keep your eyes peeled and inspect regularly.

Inspect for Wear: Look for signs of wear such as grooves, cracks, or wobbling. A worn pulley can cause belt slippage and reduce drilling efficiency.
Replacing Worn Pulleys: Replacing a pulley involves removing the old one (usually held in place with a setscrew or nut) and installing the new one. Make sure the new pulley is the correct size and type for your drill press.

Bearings: The Silent Spinners (Until They’re Not)

Bearings are the unsung heroes that allow the spindle and motor to rotate smoothly. When they start to fail, you’ll notice unusual noises (grinding, squealing) or excessive vibration. Ignoring bad bearings can lead to bigger problems, so it’s best to address them promptly.

Signs of Bearing Failure: Listen for unusual noises and check for excessive play in the spindle or motor shaft.
Replacing Bearings: Replacing bearings can be a bit more involved, often requiring specialized tools like a bearing puller. If you’re not comfortable doing it yourself, take your drill press to a qualified repair shop.

Chucks: The Grip Masters (or Slip-Up Artists)

The chuck is what holds the drill bit, so it’s kind of important! Over time, the jaws can wear out, making it difficult to grip bits securely. A worn chuck can lead to bit slippage, inaccurate drilling, and even dangerous situations.

Replacing a Worn Chuck: Replacing a chuck is usually a straightforward process. You’ll need a chuck key (or a keyless chuck release mechanism) and possibly a hammer to loosen the old chuck from the spindle. Install the new chuck, ensuring it’s properly aligned and tightened.

**Finding the Right Replacement Part for Your Drill Press**

Here are a few things to help you:

Model Number is King: The most important piece of information is the model number of your drill press. This will help you find parts diagrams and compatibility charts.
Check Your Manual: Your owner’s manual is a treasure trove of information, including parts lists, diagrams, and exploded views.
Online Searches: Use the model number and a description of the part you need (e.g., “drill press belt for [model number]”) to search online.

Finding Reputable Suppliers: Don’t Get Scammed!

Here are a couple of things to keep in mind when looking for reliable supplies:

Manufacturer’s Website: Check the manufacturer’s website for replacement parts. They may be more expensive, but you can be sure you’re getting the right part.
Specialty Tool Retailers: Look for reputable online retailers or local tool supply stores that specialize in drill presses and other power tools.
Read Reviews: Before ordering from a new supplier, read reviews from other customers to get an idea of their reputation and customer service.

Manuals and Documentation: Your Best Friend for Maintenance and Repair

Let’s be real, nobody loves reading instruction manuals. They’re usually dense, filled with technical jargon, and about as exciting as watching paint dry. But when it comes to your drill press, that dusty old manual (or the sleek PDF you found online) is seriously your best friend. Think of it as a secret weapon in your workshop, a guide to keeping your trusty drill press humming along happily for years to come.

Finding the Holy Grail: Where’s That Manual?

So, where do you even find this magical document? First, check the obvious place: that box you shoved in the attic (you know, the one with all the other “important” stuff). If that’s a bust, don’t despair! The internet is your oyster. Head over to the manufacturer’s website and search for your specific drill press model. Most companies have digital versions of their manuals available for download, often in PDF format.

Unlocking the Secrets: What’s Inside?

Okay, you’ve got the manual. Now what? Don’t just let it gather dust! Dive in and explore its treasures. Here’s what you’ll typically find:

Maintenance Procedures: Your manual will outline the recommended maintenance schedule for your drill press. This includes everything from cleaning and lubrication to belt adjustments and component inspections. Follow these procedures religiously, and you’ll be amazed at how long your drill press lasts.
Troubleshooting: Is your drill press making weird noises? Is the motor overheating? Is the drill bit slipping? Before you start tearing things apart, consult the troubleshooting section of your manual. It’s likely to have a list of common problems and their solutions.
Parts Diagrams and Lists: Need to replace a worn-out belt or a broken chuck? The parts diagram will show you exactly what you need, and the parts list will give you the part numbers. This is invaluable for ordering the correct replacements and avoiding costly mistakes.

Keeping Your Manual Safe and Sound

Finally, remember to treat your manual with respect. Keep it in a safe, dry, and easily accessible place in your workshop. A clear plastic sleeve or a dedicated binder can help protect it from dust, dirt, and spills. After all, a well-preserved manual is a happy manual… and a happy manual means a happy, well-maintained drill press!

So, whether you’re a seasoned pro or just starting out, a Cummins drill press might be just the ticket for your workshop. They’re reliable, affordable, and get the job done without a lot of fuss. Happy drilling!