Rotary Drilling Bits and Drill String Tools Putting Your Safety First
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Utility Knives & Blades
Utility Knives & Blades www.irwin.com Utility Knives & Blades Utility Blades IRWIN® 4-Point Snap Blades The new IRWIN 4-Point snap blade combines the toughness of a traditional blade with the functionality of a snap blade. When one edge dulls, just snap the tip for another. With four cutting edges, these blades are built to last twice as long as traditional carbon blades. [2] 4-POINT SNAP BLADE FEATURES 1. Snaps on the score for new sharp tip [1] 2. Four notches for full blade extension LONGER LIFE* * vs. traditional carbon blades 1764983 (1782112*) Bi-Metal Utility Blades Bi-Metal Safety Blades 4-Point Snap Blades 2084100 2088100 1764983 (1782112*) • Welded Bi-Metal for sharp edge and flexible body • Blunted ends inhibit puncture wounds • Snaps on the score for new sharp tip • Stay sharper 3X longer than traditional • Speed tip penetrates surfaces easily • Four notches for full blade extension carbon blades • Stay sharper 3X longer than traditional • 2X longer life than traditional carbon blades carbon blades U.S. Canadian Traditional Carbon Blades Description∞ Quantity Item # Item # 4-Point Snap Blades 5 Pack 1764983 1782112 10 Pack 1764984 1782113 50 Pack w/ Dispenser 1764985 1782114 100 Pack w/ Dispenser 1764986 1782115 2083100 Bi-Metal Utility Blades 5 Pack 2084100 2084100 20 Pack w/ Dispenser 2084200 2084200 50 Pack w/ Dispenser 2084300 2084300 70 Pack w/ Dispenser 2084350 2084350 Large Carbon Hook Blades 100 Pack w/ Dispenser 2084400 2084400 Bi-Metal Safety Blades 5 Pack 2088100 2088100 50 Pack w/ Dispenser 2088300 2088300 100 Bulk Pack 1764981 1764981 400 Bulk Pack 1764982 1764982 2087100 Traditional Carbon Blades 5 Pack 2083100 2083100 • Hooked point protects surface underneath 100 Pack w/ Dispenser 2083200 2083200 Carbon Hook Blades 5 Pack 2087100 2087100 100 Pack w/ Dispenser 2087102 2087102 (∞IRWIN Utility Blades Fit IRWIN and Most Other Utility Knives) * indicates Canadian item numbers www.irwin.com Utility Knives & Blades Utility Knives BI-METAL UTILITY BLADE ProtouchtM retractable utility knife [1] [3] 1. -
Hand Saws Hand Saws Have Evolved to fill Many Niches and Cutting Styles
Source: https://www.garagetooladvisor.com/hand-tools/different-types-of-saws-and-their-uses/ Hand Saws Hand saws have evolved to fill many niches and cutting styles. Some saws are general purpose tools, such as the traditional hand saw, while others were designed for specific applications, such as the keyhole saw. No tool collection is complete without at least one of each of these, while practical craftsmen may only purchase the tools which fit their individual usage patterns, such as framing or trim. Back Saw A back saw is a relatively short saw with a narrow blade that is reinforced along the upper edge, giving it the name. Back saws are commonly used with miter boxes and in other applications which require a consistently fine, straight cut. Back saws may also be called miter saws or tenon saws, depending on saw design, intended use, and region. Bow Saw Another type of crosscut saw, the bow saw is more at home outdoors than inside. It uses a relatively long blade with numerous crosscut teeth designed to remove material while pushing and pulling. Bow saws are used for trimming trees, pruning, and cutting logs, but may be used for other rough cuts as well. Coping Saw With a thin, narrow blade, the coping saw is ideal for trim work, scrolling, and any other cutting which requires precision and intricate cuts. Coping saws can be used to cut a wide variety of materials, and can be found in the toolkits of everyone from carpenters and plumbers to toy and furniture makers. Crosscut Saw Designed specifically for rough cutting wood, a crosscut saw has a comparatively thick blade, with large, beveled teeth. -
Basic Instrument Use Course Notes: Scalpels
Basic Instrument Use Course Notes: Scalpels Introduction to Using a Scalpel The No.10 blade, with its large, curved cutting edge, is one of the more traditional blade shapes used in Scalpels are an important tool for performing surgical veterinary surgery. It is generally used for making large approaches and tissue dissections. However, if used incisions in the skin and subcutaneous tissue, as well as incorrectly, scalpels pose a danger to both the patient cutting other soft tissues. and the surgical team. It is very important to learn how to handle a scalpel correctly, whether using it, handing The No.11 blade is an elongated, triangular blade it to someone, or changing the blade. In this module sharpened along the hypotenuse edge. It has a strong, we will discuss how to safely arm, disarm, and pass a pointed tip, making it ideal for stab incisions and scalpel, as well as how to grip a scalpel and the methods precise, short cuts in shallow, recessed areas. It is used of cutting with a scalpel blade. We will also examine in various procedures, such as the creation of incisions the types of scalpel blades and handles that are for chest tubes and drains, opening major blood vessels commonly used in veterinary practice and their surgical for catheter insertion (cut-downs), removing the mop applications. ends of torn cruciate ligaments, and for meniscectomy. Anatomy of a Scalpel Blade The No.12 blade is a small, pointed, crescent-shaped Edge blade sharpened along the inside edge of the curve. It is The edge of the scalpel blade is the sharp cutting sometimes utilized as a suture cutter. -
Abrasive Wheel Grinder Abrasive Wheels and Grinding Machines Come in Many Styles, Sizes, and Designs
Abrasive wheel grinder Abrasive wheels and grinding machines come in many styles, sizes, and designs. Both bench-style and pedestal (stand) grinders are commonly found in many industries. These grinders often have either two abrasive wheels, or one abrasive wheel and one special-purpose wheel such as a wire brush, buffing wheel, or sandstone wheel. These types of grinders normally come with the manufacturer’s safety guard covering most of the wheel, including the spindle end, nut, and flange DEWALT Industrial Tool Co. projection. These guards must be strong enough to withstand the effects of a bursting wheel. In addi- tion, a tool/work rest and transparent shields are often provided. Hazard Bench-style and pedestal grinders create special safety problems due to the potential of the abrasive wheel shattering; exposed rotating wheel, flange, and spindle end; and a naturally occurring nip point that is created by the tool/work rest. This is in addition to such concerns as flying fragments, sparks, air contaminants, etc. Cutting, polishing, and wire buffing wheels can create many of the same hazards. Grinding machines are powerful and are designed Exposed spindle end, flange, and nut. No tool/workrest. to operate at very high speeds. If a grinding wheel shatters while in use, the fragments can travel at more than 300 miles per hour. In addition, the wheels found on these machines (abrasive, polishing, wire, etc.) often rotate at several thousand rpms. The potential for serious injury from shooting fragments and the rotating wheel assemblies (including the flange, spindle end, and nut) is great. To ensure that grinding wheels are safely used in your work- place, know the hazards and how to control them. -
Water Jet Cutting a Technology on the Rise
Water Jet Cutting A Technology on the Rise Water Jet Cutting- A Technology on the Rise Foreword: Siberia to Iceland, from Norway to South The purpose of this brochure is to give the Africa. reader a rough overview of Waterjet Specially trained technicians are constantly Cutting. In addition to precise cutting of on duty and can help you immediately at various materials as presented, many any time. special applications i.e. medical and in the decommissioning and demolition field Service and wear parts are shipped within exist – these however being outside the 24 hours. scope of this text. For any additional Our contract-cutting department takes information, our KMT Waterjet team is care of our customers’ needs to the fullest, always available. Also, we would like to enabling us to perform test-cutting welcome you to visit our homepage procedures in order to optimize the www.kmt-waterjet.com, where you have cutting method, allowing you for the option of downloading useful files. economically and technically sound In order for you to get a better operation of your machines. understanding of KMT Waterjet Systems, The KMT Waterjet team in Bad Nauheim is we would also like to take this opportunity always available to answer your questions! to present our company. In the Autumn of 2003, KMT AB of Sweden purchased the Waterjet Cutting Division from Ingersoll-Rand. The KMT Corporation is an Internationally active corporation with over 700 employees worldwide. KMT Waterjet Systems employs 200 people. Further KMT brands include UVA, LIDKOPING, KMT Robotic Solutions, KMT Aqua-Dyne, KMT McCartney, and KMT H2O. -
MF3288 How to Clean and Sharpen Garden Tools
How to Hire an How Irrigationto Clean and SharpenContractor Garden Tools clean, sharp garden tool makes a big difference in roughness, or grit — extra fine, fine, and coarse. The lower Aperformance and takes less time to maintain. Hand the grit level, the coarser the stone. Coarse stones typically pruners kept in relatively good condition can be sharp- are used to regain an edge after extended use. Large whet- ened in about 10 minutes. Well-maintained tools provide stones are easier to work with, but a small stone comes in a cleaner cut, are more rust resistant, and last longer than handy when tucked into a pocket or work apron. Whet- tools that do not receive proper care. Wooden handles are stones work best for tools that have been disassembled for less likely to splinter or break with proper care. access to individual parts. The stone should be wet thor- oughly before use by soaking it in water or a lightweight Shovels and other digging tools do not have a sharp edge oil such as boiled linseed, which is made specifically for at the time of purchase. The buyer will need to add an use with whetstones. Oil lubricates the tool surface to edge for the tool to work as intended. Pruning tools are carry away grit generated during the stoning process. sharp at first but have to be cleaned and sharpened after a period of use. Blades stick when cutting surfaces become Files come in assorted sizes, shapes, cuts, and tooth config- grimy. Even a sharp blade eventually moves roughly over urations. -
BILL ANALYSIS Civil Rights & Judiciary Committee SB 5782
Washington State BILL House of Representatives Office of Program Research ANALYSIS Civil Rights & Judiciary Committee SB 5782 Brief Description: Concerning spring blade knives. Sponsors: Senators Zeiger, Fortunato, Takko, Padden, Palumbo and Wilson, L.. Brief Summary of Bill Removes "spring blade knife" from the list of dangerous weapons in the dangerous weapons statute, and provides that a spring blade knife is not a dangerous weapon. Amends other statutory provisions to provide that possession of a spring blade knife in certain locations, such as schools and jails, remains generally unlawful. Hearing Date: 3/22/19 Staff: Cece Clynch (786-7195). Background: State Law. Dangerous Weapons. A "spring blade knife" is a dangerous weapon under the dangerous weapons statute, which generally prohibits, and makes a gross misdemeanor: the possession of slung shots, sand clubs, metal knuckles, or spring blade knives; the furtive carrying, with intent to conceal, any dagger, dirk, pistol, or other dangerous weapon; and the use of any device for suppressing the noise of a firearm. "Spring blade knife" is defined to mean any knife, including a prototype, model, or other sample, with a blade that is automatically released by a spring mechanism or other mechanical device, or any knife having a blade which opens, or falls, or is ejected into position by the force of gravity, or by an outward, downward, or centrifugal thrust or movement. A knife that contains a spring, detent, or other mechanism designed to create a bias toward closure of the blade and that requires physical exertion applied to the blade by hand, wrist, or arm to overcome the bias toward closure to assist in opening the knife is not a spring blade knife. -
Place the Gouge in the Third Station of the Sharpening Guide and Lay the Side of the Gouge Against the Left Wall of the Station (Figure 24-12)
Figure 24-14.Position the roundnose chisel, Figure 24-13.Set the parting tool’s side in bevel up in the fourth station. Tighten the the first station. knob. Place the gouge in the third station of the sharpening guide and lay the side of the gouge against the left wall of the station (Figure 24-12). Rotate the gouge until its center touches the abrasive. With the machine "OFF" practice rotating the gouge, first clockwise from the center to the edge, and then counterclockwise from the center of the gouge to the edge. You should notice while rotating the gouge that in order to keep the bevel in contact with the abrasive, you must slide the gouge forward on the station as the bevel is ground from the center to each edge. After you get the feel of this grinding motion, be sure the gouge is not touching the abrasive and the speed dial is set to "Slow" (if you are using the Mark V), then turn on the machine. Gently slide the gouge against the wall of the station and into the moving abrasive. Start rotating the gouge, like you practiced. Repeat this several times. Grind away only enough metal to remove any damage to the cut-ting edge and create a slight burr. If the gouge is being ground for scraping, it is ready to use (the burr is sharp and scrapes very well). If the gouge is being ground for shearing or cutting, it will need to be honed to a razor sharp edge. Grinding the Parting Tool— The parting tool has a bevel ground on both the top and bottom edges. -
Tuning Metal Bench Planes for the Rest of Us by Chris Black
Tuning Metal Bench Planes for the Rest of Us By Chris Black It’s an unfortunate reality that most metal bench planes don’t work to their full potential right out of the box, and that a certain amount of tuning needs to be done by the end user. With apologies to all engineer/machinist woodworkers, I will endeavor to explain how to tune a metal bench plane without involving a machine shop or taking up vast amounts of your valuable woodworking time or money. I’ll leave out the small stuff like after market blades and accessories. This is by no means the final word on this subject, but maybe you can pick up a thing or two from my many years of making a living with these wonderful tools. If you find my methods rudimentary or crude, let me paraphrase Jim Krenov who said at some point the engineer and artisan must part ways. SHARPEN THE IRON If there’s a given principle in woodworking, it must be sharp tools. If your steel isn’t keen, not much happens. Learn to sharpen and everything else in woodworking will begin to fall into place. 80% of all plane problems can be fixed by getting your irons as sharp as possible. There’s a ton of information about sharpening out there, but stick with the basics and worry about other stuff like cambered edges and different bevel angles later. I recommend Thomas Lie-Nielsen’s book Complete Illustrated Guide to Sharpening (202299), Leonard Lee’s Complete Guide to Sharpening (200831), or Jim Kingshott’s video Sharpening the Professional Way (221508). -
How Scroll Saw Blades Are Made There Are Three Ways We Manufacture Scroll Saw Blades
lson has been a leading manufacturer of scroll saw blades for more than 80 years, offering a full Oline of superior quality blades to satisfy almost every scrolling application. Olson blades are for use with scroll/jig saw machines sold by Delta, DeWalt, Dremel, Skil, Rockwell, Pro-Tech, Powermatic, RB Industries, Hegner, Sakura, Shopsmith, Excalibur, Rexon, Ryobi, Sears Craftsman, and Makita. (virtually all domestic and imported scroll saws). They can also be used in hand held fret and jewelers saw frames. The Olson Saw Co. has introduced many innovative blades, including: PGT® (Precision Ground Tooth) Scroll Saw Blades in skip and new double tooth styles with reverse teeth are simply the finest scroll saw blades there are! Considered among experts as “the best blade available”, PGT® blades are made with an exclusive grinding process that forms teeth in hardened steel. The blades are double ground to ensure that every edge of the tooth (face, tip, and gullet) is as sharp as possible. Crown Tooth™ Blades are a recent edition to the line. They have a unique tooth design that cuts on both the up and down stroke. Because of this two-way cutting action, Crown Tooth blades allow for cutting with more control while leaving a smooth, splinter-free finish. Also, they can be turned over for cutting with a fresh set of teeth. They are also excellent for cutting many kinds of plastics. Reverse Skip Tooth Blades with special reverse teeth on the lower end of the blade for a smooth, splinter-free finish on the bottom surface. Olson is continually improving and expanding its blade selection. -
Abrasive Cut Off Saw Tulane University Safety Instructions and Job Hazard Analysis: Abrasive Cut Off Saw
Maker Space Job Hazard Analysis: Abrasive Cut Off Saw Tulane University Safety Instructions and Job Hazard Analysis: Abrasive Cut Off Saw 1 Maker Space Job Hazard Analysis: Abrasive Cut Off Saw Tulane University Job/Task Step Hazard Hazard Control Method/PPE Inspect Equipment/PPE Check/Buddy System N/A Don all required PPE for use of the Abrasive Cut Off Saw. Approved Safety Glasses with side shields, Long Pants, and Closed Toe Shoes Consider the use of Ear Plugs to reduce noise. All combustible and flammable materials must be a minimum of 10 feet away from this machine while it is being operated. Tuck in shirt, no loose fitting clothing or jewelry. Long hair must be pulled back or tucked into a hat. Work with the supervisor of the space to review operation and ensure all risks have been addressed. Ensure the Saw is placed on a Level Surface/Secure Muscle Strains, Pinch Points If the saw’s placement needs to be the Saw adjusted for leveling purposes, use proper lifting technique or ask for help due to the weight and awkwardness of the saw. Be aware of hand and body placement. Ensure Material being cut is Secure and Level Muscle Strains, Pinch Points, This saw is ONLY for steel. The blade will Abrasions/Lacerations, be ruined if it’s used to cut brass, aluminum, wood or anything that isn’t magnetic. Use proper lifting technique when placing material to be cut on the saw’s platform. Use clamps to secure the material once it’s leveled. Be aware of pinch points while handling material. -
Universities of Leeds, Sheffield and York
promoting access to White Rose research papers Universities of Leeds, Sheffield and York http://eprints.whiterose.ac.uk/ This is an author produced version of a paper published in Wear. White Rose Research Online URL for this paper: http://eprints.whiterose.ac.uk/43495 Published paper Lewis, R., Tsoraki, C., Broughton, J., Cripps, J.C., Afodun, S.A., Slatter, T., Roubos, V. (2011) Abrasive and impact wear of stone used to manufacture axes in Neolithic Greece, Wear, 271 (9-10), pp. 2549-2560 http://dx.doi.org/10.1016/j.wear.2010.12.074 White Rose Research Online [email protected] ABRASIVE AND IMPACT WEAR OF STONE USED TO MANUFACTURE AXES IN NEOLITHIC GREECE R. Lewis1, C. Tsoraki2, J. Broughton1, J.C. Cripps3, S.A. Afodun3, T. Slatter1, V. Roubos4, 1Department of Mechanical Engineering, University of Sheffield, UK 2Department of Archaeology, University of Sheffield, UK 3Department of Civil and Structural Engineering, University of Sheffield, UK 4Scott Wilson Ltd, Chesterfield, UK *[email protected] ABSTRACT Excavations at the Neolithic settlement at Makriyalos in Northern Greece brought to light a large number of stone axe heads, the majority of which were manufactured from serpentinite and igneous rocks. Detailed study of the manufacturing traces on the archaeological implements identified that both percussive (pecking) and abrasive techniques (sawing and grinding/polishing) were employed for the production of the axes. There is limited evidence, however, of how these processes may have been undertaken. The aim of this work was to build on previous research investigating sawing and polishing methods and the materials that may have been used in these tasks.