DOCSLIB.ORG

Tree Girdling Tools

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Tree Girdling Tools Part 3 of 3 OPERATOR COMMENTS t the end of the evaluation, • Should have a double edge—it is • Do away with hook. an informal debriefing was only a right-hand tool now. • Add swivel to shaft where it enters conducted with the • Cutting edge should extend to tip. cutting head. AA evaluation team. The following statements are a compilation • The tool would balance better if • Put better guard over plug wire. of their comments, including those thinner tubing were used for the • If you bend over too far, the engine written on their data sheets and those handle. kills. made during the debriefing. These • Need a “gripping” surface on comments are important, but they do • Some heat came through the handle—too slippery when hands not represent the conclusions of this backpack. are sweaty or when wearing evaluation. gloves. • Operators should wear face masks as the cutter creates a lot of fine • Weight is about right. sawdust (filing rakers shorter might • A “T” handle to fit the palm of the alleviate this problem). The Hand Ax hand would be better when using • Operators should always cut to the • Least safe. the chisel point to peel bark. right. When cutting to the left, the • Too light. • The guard as now designed is unit always kicks back. good. • Single edge best for safety • Vibration was not a problem. purposes. • If the leaf-spring tree girdler is used on big trees with heavy bark, it is • Not good on big trees with thick an excellent tool to pry off bark bark. after a chain saw makes the initial The Chain Saw • A small ax will not work well late in top and bottom cuts. • First choice with crew. the season when the bark is dry. • Was not a “one use” tool—had • It bounces back on spongy bark. other utility. • Too small to cut off larger The Li’l Beaver (Figure 11) • Quickest with experienced branches—branches larger than an operator. inch in diameter. • Easiest to use to clear brush in • Takes too much time. heavy undergrowth. • Best to limb with. • If girdling larger trees, a The Leaf- Spring combination crew that included a Tree Girdler (Figure 10) chain saw and a Li’l Beaver working together would be fastest. Figure 10 • More dangerous than the Li’l ??% Beaver. • Later in season, with dry bark, the 2 7/32 x 1 3/4 Li’l Beaver would be faster at 10 x 8 removing bark. Print to Outside Edge • Chain saw operators need a good Figure 11—The Li’l Beaver has a semi- tool to pry away bark on big trees of Borders conical cutting head. after they have made the top and DO NOT Print Borders bottom kerf cuts—the chain-tighten- • Works well, but is slow if you have ing tool does not work well for this. Figure 10—Fabrication drawings of the leaf- to cut any branches over 2 to 3 spring tree girdler are available from MTDC. inches in diameter. • On bigger trees, the leaf-spring girdler was a good tool to pry away • Do not give to inexperienced thick bark after top and bottom cuts people. were made with a chain saw. • Make cutting head diameter larger. 9 Part 3 of 3 DISCUSSION POINTS f a tree is smaller than 4 inches In the 12- to 24-inch d.b.h. size class, The Idaho City crew considered the d.b.h. (diameter breast height), it is the chain saw averaged 11% faster leaf-spring girdler to be a much safer most efficient to slash it with a girdling times than the Li’l Beaver, 65% tool than the hand ax. II chain saw. faster times than the hand ax, and 86% faster times than the leaf-spring girdler. Chuck Frank of the Wasatch-Cache In the 4- to 8-inch-d.b.h. size class, the National Forest’s Evanston Ranger Li’l Beaver averaged 18% faster girdling The data for the size class greater than District reports they are using the leaf- times than the chain saw, 47% faster 24 inches d.b.h. were incomplete. spring girdler exclusively on the times than the hand ax, and 55% faster Although insufficient data were gathered Evanston and Mountain View Ranger times than the leaf-spring girdler. in this size class, the most efficient tool Districts for girdling lodgepole pine in would probably have been the chain saw. mistletoe control. They consider it an In the 8- to 12-inch-d.b.h. size class, the excellent tool for trees with thin bark. Li’l Beaver averaged 16% faster girdling For safety reasons, inexperienced times than the chain saw, 56% faster crews should not be allowed to use times than the hand ax, and 69% faster powered equipment. times than the leaf-spring girdler. CONCLUSIONS rees between 4 and 12 inches For hand tools, the hand ax was more For inexperienced crews, powered d.b.h. were most efficiently efficient than the leaf-spring girdler for equipment is not recommended. The girdled with the Li’l Beaver. trees up to 24-inch d.b.h. The data were leaf-spring girdler appears to be the TTTrees larger than 12 inches inconclusive for the few larger trees that safest hand tool tested, although it was d.b.h. were most efficiently girdled with were girdled. Safety should be a slower than the hand ax. In skilled the chain saw. Although the Li’l Beaver consideration here. All test crew hands the chain saw is hard to beat. In was considered safer to use than the members considered the hand ax a addition, the chain saw has many other chain saw, it was not as versatile, espe- more dangerous tool than the leaf- uses. cially when limbing. If trees have many spring girdler. lower limbs, the chain saw will be faster. 10 Part 3 of 3 COMMERCIALLY AVAILABLE GIRDLING TOOLS rices were accurate during Li’l Beaver surface) available from Canadian the winter of 1998-1999. The Forestry Equipment is suitable for address information for the The Li’l Beaver is a gasoline-powered girdling work (price $54.30 Canadian). PBen Meadows Company; girdler with a backpack power unit, ForestryP Suppliers, Inc.; Terra Tech, Inc.; flexible driveshaft, and semiconical Source: Canadian Forestry Equipment, LTD.; cutting head that straps to the operator’s and Bailey’s is included only in the first wrist (price $2,450 Canadian). Canadian Forestry Equipment, Ltd. reference to avoid duplication. 1540 Trinity Drive, Unit 4 Source: Mississauga, ON L5T 1L6 Phone: (905) 795-1610 Brinkman & Associates Fax: (905) 795-1632 Hand Axes Reforestation, Ltd. E-mail: [email protected] 520 Sharpe Street Hand axes are available from many New Westminster, BC V3M 4R2 sources. For girdling operations, a Phone: (604) 521-7771 single-blade ax of the type referred to Fax: (604) 520-1968 Kyuquot Girdler (Figure 13) as a camper’s or woodsman’s ax with a 12- to 16-inch handle would work best (price $8 to $36). Chain Saw Sources: A wide range of chain saws are Your local hardware store available from many sources. Bailey’s PO Box 550 Laytonville, CA 95454 Scorp (Figure 12) Figure 13—The Kyuquot Girdler is produced Phone: (707) 984-6133 in three variations that are sold as a kit. Fax: (707) 984-8115 E-mail: [email protected] These tools use a blade similar to the Ben Meadows Company scorp but with a cutting edge on both PO Box 80549 sides. The U-shaped steel blade is Atlanta, GA 30366-9821 attached to the center of a long wooden Phone: (800) 241-6401 handle, allowing the operator to use Fax: (800) 628-2068 both hands. A smaller “vertical” cutting E-mail: [email protected] tool is also available from this manufacturer. It is configured like a Forestry Suppliers, Inc. scorp and intended for use with the PO Box 8397 Figure 12—A scorp that’s big enough for Kyuquot Girdler. It can get into trunk Jackson, MS 39284-8397 girdling. depressions where the Kyuquot can not Phone: (800) 647-5368 (price, set of three, including vertical Fax: (800) 543-4203 cutting tool, $70 Canadian). A hand tool primarily used in wood- carving to “hollow out” an area. These Terra Tech, Inc. Source: tools are configured with a short handle PO Box 5547 attached to a U-shaped tool steel Eugene, OR 97405 Shelterwood Forest Management, blade. The cutting is done with a pulling Phone: (800) 321-1037 Ltd. motion. Most carving scorps sold in Fax: (800) 933-4569 185 Pidcock Street woodworking tool catalogs have a blade Courteny, BC, Canada V9N1P5 that is too small for girdling operations. Phone: (250) 338-9717 The largest scorp you will usually find Fax: (250) 338-5604 5 has a cutting blade diameter of just /16 inch. A larger scorp (3-cm cutting 11 Part 3 of 3 Ringer Tree Girdler Chain Girdlers (Figure 14) back and forth by the operator to saw the bark. The operator will have to move Another variation on the tree girdling- around the tree at least once to sized scorp, this tool is used with a complete the girdling. The best of these single hand. It has a U-shaped steel tools have more than one parallel length 5 blade that cuts a /8-inch-wide groove of chain with large comfortable handles. through the bark and cambium layer. Many chain girdlers featured in outdoor Replacement blades are available (price catalogs are “pocket saws” for campers $129.90 to $156.90).
Load more

Recommended publications
  • Active Extensional Faults in the Central-Eastern Iberian Chain, Spain
    ISSN (print): 1698-6180. ISSN (online): 1886-7995 www.ucm.es/info/estratig/journal.htm Journal of Iberian Geology 38 (1) 2012: 127-144 http://dx.doi.org/10.5209/rev_JIGE.2012.v38.n1.39209 Active extensional faults in the central-eastern Iberian Chain, Spain Fallas activas extensionales en la Cordillera Ibérica centro-oriental J.L. Simón*, L.E. Arlegui, P. Lafuente, C.L. Liesa Dpt. Ciencias de la Tierra, Facultad de Ciencias, Universidad de Zaragoza, c/ Pedro Cerbuna 12, E-50009 Zaragoza, Spain [email protected], [email protected], [email protected], [email protected] *Corresponding author Received: 27/06/2011 / Accepted: 29/02/2012 Abstract Among the conspicuous extensional structures that accommodate the onshore deformation of the Valencia Trough at the central- eastern Iberian Chain, a number of large faults show evidence of activity during Pleistocene times. At the eastern boundary of the Jiloca graben, the Concud fault has moved since mid Pliocene times at an average rate of 0.07-0.08 mm/y, while rates from 0.08 to 0.33 mm/y have been calculated using distinct stratigraphic markers of Middle to Late Pleistocene age. A total of nine paleoseisms associated to this fault have been identified between 74.5 and 15 ka BP, with interseismic periods ranging from 4 to 11 ka, estimated coseismic displacements from 0.6 to 2.7 m, and potential magnitudes close to 6.8. The other master faults of the Jiloca graben (Ca- lamocha and Sierra Palomera faults) have also evidence of Pliocene to Late Pleistocene displacement, with average slip rates of 0.06 and 0.11-0.15 mm/y, respectively.
    [Show full text]
  • Atlas Saw & Tool Technology
    ATLAS SAW & TOOL TECHNOLOGY A SUBSIDIARY OF THE FLETCHER-TERRY COMPANY, LLC 888.484.1488 Picture Framing Blades SOFTWOOD | HARDWOOD | MDF | ALUMINUM FRAMES HARD AND SOFT WOOD - Our 4+1 saws tooth design is perfectly engineered for all hard and soft wood mouldings – plus all composite materials – to produce a smooth, chip free edge. This market-exclusive blade design and geometry is only available through Atlas Saw & Tool. MDF - With foil wrapped mouldings, our unique sheer face design makes this an excellent blade of choice for cutting MDF materials. POLYSTYRENE - Our hollow face design is specifically manufactured to cut polystyrene picture frame mouldings and is engineered to eliminate melted burr formation and reduce residue buildup. ALUMINUM - Using a series of saw blades with special grade of carbide and unique tooth geometry, this design is ideally suited for cutting thin walled aluminum picture frame mouldings. Suited for dry cut processing or use with mist coolant, depending on frame thickness. Engineered Plastic Blades ACRYLIC | MECHANICAL PLASTICS | PHENOLIC | FOAM BOARD ACRYLIC - Acrylic RV saw blades are engineered to reduce chipping on thin acrylic sheets and have a unique grind pattern that reduces heat and prevents melting. MECHANICAL PLASTICS - Atlas’ mechanical plastic saw blades have a unique tooth geometry design that allows for a smooth, easy cut on ultra-low melt plastics, such as nylon, polypropylene, UHMW and HDPE. PHENOLIC - Our phenolic blade design has a modified ATB grind that is ideal for cutting difficult engineered materials like paper, linen and canvas. Filled phenolic blades have a diamond grit specially designed for all grades and thicknesses of material.
    [Show full text]
  • Two New Knife Kits from Hock Tools! the 8" Slicing/Carving Knife Kit
    S H A R P & T O T H E P O I N T The Hock Tools Newsletter In-the-Spotlight: 2 New Knife Kits from Issue #3 / 2 0 1 5 Two New Knife Kits from Hock Tools! The 8" Slicing/Carving Knife Kit 8" Slicing/Carving Knife Kit, #KS800, $50.00 & The 8" Chef’s Knife Kit 8" Chef’s Knife Kit, #KC800, $70.00 While stainless steel cutlery can be handy, nothing cuts better in the kitchen than high-carbon tool steel. Top quality, high- carbon tool steel makes a superior cutting tool in the kitchen. Hock Tools kitchen knife kits are made from 01 tool steel, the same steel we’ve been using for decades in our plane blades, and in the knives in our own kitchen. Yes, the knife blade above is from the same steel at the same hardness that you’ve come to value and to rely on in Hock Tools woodworking blades. As a woodworker, you will appreciate how easily our new knife blade sharpens and how sharp it can get in your own kitchen. Remember that a little care will help prevent corrosion. Wash and dry after each use. Never put your knife in the dishwasher. Hone as necessary, and your new knife will be treasured for gen- erations. Begin with one, or both of these blanks. A complete set of instructions plus three pins to attach your handle are included. Top: 8" Slicing/ Carving Knife Kit, #KS800, $50.00 Bottom: 8" Chef’s Knife Kit, #KC800, $70.00 Although full instructions come with your kit, you can also find Hock Tools’ knife kit instructions on the Hock Tools website.
    [Show full text]
  • A Guide to Safe Field Operations U.S
    A GUIDE TO SAFE FIELD OPERATIONS U.S. Geological Survey Open-File Report 95-777 NT OF E TH TM E R I A N P T E E R D I . O S R . U M A 9 R 8 4 C H 3 1 A GUIDE TO SAFE FIELD OPERATIONS By D.K. YOBBI, T.H. YORKE and R.T. MYCYK U.S. Geological Survey Open-File Report 95-777 NT OF E TH TM E R I A N P T E E R D I . O S R . U M A 4 9 R C 1 8 Tallahassee, Florida H 3 1996 U.S. DEPARTMENT OF THE INTERIOR BRUCE BABBITT, Secretary U.S. GEOLOGICAL SURVEY Gordon P. Eaton, Director The safety procedures used in this report are ammended and distributed as needed to provide current guidelines for USGS employees. To obtain copies or revisions of this report, please write: Water Resources Division Safety Officer U.S. Geological Survey Office of the Assistant Chief Hydrologist for Operations Branch of Operational Support, MS 405 12201 Sunrise Valley Drive Reston, VA 22092 CONTENTS Introduction ........................................................................................................................................................................ 1 Your Role as a USGS Employee ........................................................................................................................................ 1 General Operational and Safety Procedures....................................................................................................................... 2 Training for New Employees.................................................................................................................................. 2 Communication......................................................................................................................................................
    [Show full text]
  • Wildland Fire Incident Management Field Guide
    A publication of the National Wildfire Coordinating Group Wildland Fire Incident Management Field Guide PMS 210 April 2013 Wildland Fire Incident Management Field Guide April 2013 PMS 210 Sponsored for NWCG publication by the NWCG Operations and Workforce Development Committee. Comments regarding the content of this product should be directed to the Operations and Workforce Development Committee, contact and other information about this committee is located on the NWCG Web site at http://www.nwcg.gov. Questions and comments may also be emailed to [email protected]. This product is available electronically from the NWCG Web site at http://www.nwcg.gov. Previous editions: this product replaces PMS 410-1, Fireline Handbook, NWCG Handbook 3, March 2004. The National Wildfire Coordinating Group (NWCG) has approved the contents of this product for the guidance of its member agencies and is not responsible for the interpretation or use of this information by anyone else. NWCG’s intent is to specifically identify all copyrighted content used in NWCG products. All other NWCG information is in the public domain. Use of public domain information, including copying, is permitted. Use of NWCG information within another document is permitted, if NWCG information is accurately credited to the NWCG. The NWCG logo may not be used except on NWCG-authorized information. “National Wildfire Coordinating Group,” “NWCG,” and the NWCG logo are trademarks of the National Wildfire Coordinating Group. The use of trade, firm, or corporation names or trademarks in this product is for the information and convenience of the reader and does not constitute an endorsement by the National Wildfire Coordinating Group or its member agencies of any product or service to the exclusion of others that may be suitable.
    [Show full text]
  • U.S. Natural Climate Solutions Accelerator Finalist: Forests of the Future: Replanting Burn Scars for Carbon Sequestration and Ecosystem Services
    U.S. Natural Climate Solutions Accelerator Finalist: Forests of the Future: Replanting Burn Scars for Carbon Sequestration and Ecosystem Services. Collaboration between Coalitions and Collaboratives, Inc. (COCO) and RenewWest. Forests of the Future initiative aims to reforest post-fire landscapes that are not naturally recovering, and to develop an investable carbon-focused market mechanism and a “carbon reforestation fund” model to bring additional capital for reforestation and carbon sequestration. By quantifying tree growth into a carbon offset equivalent, an additional source of value is created for forest owners, which can be brought for sale to carbon offset buyers in the Western Climate Initiative (WCI) compliance marketplace in California and voluntary carbon markets. Conservation co-benefits include habitat restoration promoting biodiversity, improving soil health and preventing erosion, maintaining watershed health through improved stream clarity and temperature. Economic co-benefits include improving value of degraded lands, re-establishing working lands to sustainable Forest Stewardship Council (FSC) certified wood production, and creating a source of employment for rural communities engaged in a deforestation-free timber supply chain. Investors seeking low-correlated, attractive risk-adjusted prospects, can consider a fund of combined projects, which aims to provide predictable long-term market-rate returns and quantifiable environmental and social impacts. How it works: The pilot project will be implemented in Modoc County, California on an 11,516- acre parcel of land owned by Collins Timber, which is not naturally recovering after it burned in the 2012 Barry Point Fire. Following the 30-year project period, Collins Timber will retain the ability to use the lands for sustainable, mixed-age selective-harvest forestry, certified by FSC.
    [Show full text]
  • Surveyor's Safety
    Surveyor’s Safety HANDBOOK Purpose This is an overview of Dewberry’s Health and Safety Program best practices and key information needed to be successful and reduce risk when performing field surveying work. This is to be used to reinforce the training that you’ve had or will have associated with your job assignment. Want this handbook on your phone? Scan with your smartphone to download the PDF or go to www.dewberry.com/libraries/brochures/ surveyorsafetyhandbook.pdf. For more information, contact your supervisor and/or Dewberry’s Director of Safety. Dewberry’s Director of Safety Jeff Ambrose, CSP, CHST, CET 703.849.0342 • 301.751.1418 cell [email protected] ©2016 Dewberry®. All rights reserved. Table of Contents INTRODUCTION..................2 CONSTRUCTION Roles and Responsibilities ......... 2 SITE SAFETY .....................21 Pre-job Planning ............................ 3 Trenching and Excavation ......21 Slope Requirements ...................22 REPORTING AND Confined Space .............................23 COMMUNICATION .............4 Manhole/Vault Incident Reporting ........................ 4 Cover Removal ..............................24 OSHA Inspection ........................... 5 Chemical Hazard Media Event ..................................... 6 Communication ..........................25 Interaction with GHS Classification.......................26 the General Public ........................ 7 TRANSPORTATION PERSONAL SAFETY ...........8 SITE SAFETY .....................27 Appropriate Field Attire ............. 8 Driver Safety
    [Show full text]
  • Code of Practice for Wood Processing Facilities (Sawmills & Lumberyards)
    CODE OF PRACTICE FOR WOOD PROCESSING FACILITIES (SAWMILLS & LUMBERYARDS) Version 2 January 2012 Guyana Forestry Commission Table of Contents FOREWORD ................................................................................................................................................... 7 1.0 INTRODUCTION ...................................................................................................................................... 8 1.1 Wood Processing................................................................................................................................. 8 1.2 Development of the Code ................................................................................................................... 9 1.3 Scope of the Code ............................................................................................................................... 9 1.4 Objectives of the Code ...................................................................................................................... 10 1.5 Implementation of the Code ............................................................................................................. 10 2.0 PRE-SAWMILLING RECOMMENDATIONS. ............................................................................................. 11 2.1 Market Requirements ....................................................................................................................... 11 2.1.1 General ..........................................................................................................................................
    [Show full text]
  • Steam-Bending Instruction Booklet
    Steam-Bending Instruction Booklet 05F15.01 Veritas® Steam-Bending Instruction Booklet Bending Solid Wood with Steam and allowed to stretch as the bend progresses; however, the Compressive Force wood face against the form is subject to compression There are three basic requirements for the successful exerted by the end stops. bending of solid wood using steam. 1. The wood must be plasticized. Although wood can be plasticized chemically or even by microwaves when in a green state, the most convenient way to plasticize wood is with steam. Wood cells are held together by a naturally occurring substance in the wood called lignin. Imagine the wood fi bers to be a bundle of rods with the space between them fi lled with lignin. The strength of this lignin bond between the rods can be decreased by subjecting For example, a straight piece of wood 1" thick and 18" the wood to steam. With unpressurized steam at 212° long bent to 90° around a 4" radius will remain 18" Fahrenheit, steaming for one hour per inch of thickness along the outside (immediately next to the strap), but (regardless of the width) will soften the bond enough for will have the inside dimension reduced to almost 16". bending. Substantial oversteaming may cause the wood Nearly two inches have virtually disappeared through to wrinkle on the concave face as the bend progresses. compression along the inside face! 2. Only air-dried wood of an appropriate species Strap should be used. Blank Kiln-dried wood must not be used; the lignin in the wood has been permanently set during the hot, dry 18" kilning process.
    [Show full text]
  • Chapter 2 Wood As a Construction Material
    Chapter 2 Wood as a Construction Material David Trujillo 2.1. Introduction: Timber in the Climate Emergency 2.2. Macroscopic Characteristics of Wood 2.3. Microscopic Characteristics of Wood 2.4. Physical Properties of Wood 2.5. Mechanical and Elastic Properties 2.6. Durability of timber 2.7. Variability 2.8. Behaviour in Fire References Chapter 2. Wood as a Construction Material CHAPTER 2. WOOD AS A CONSTRUCTION MATERIAL David Trujillo, School of Energy, Construction and Environment, Coventry University Acknowledgement The author would like to thank Dr Morwenna Spear from Bangor University for sharing her knowledge about microscopic characteristics of timber. 2.1. INTRODUCTION: TIMBER IN THE CLIMATE EMERGENCY According to the Intergovernmental Panel on Climate Change (Masson- Delmotte, 2018), a 1.5 °C increase in annual global temperature since pre- industrial times as a consequence of man-made climate change will place a lot of pressure on numerous natural, human and managed systems as defined. Nevertheless, trying to limit temperatures increases to just 1.5 °C will require a very significant and rapid change to our global economy and our consumption patterns. The IPCC presents four possible pathways for this transition. Some of these pathways rely strongly on Bioenergy with Carbon Capture and Storage (BECCS), which fundamentally consists of using plants to capture carbon, then transforming the biomass into energy but ensuring that the CO2 released is captured and stored permanently on land or in the ocean. When this scenario is coupled with UN projections that there will be 2.3 billion more urban dwellers by 2050 (United Nations, 2018), it is likely that this rapid urbanisation will require a great expansion in housing, buildings 96 Chapter 2.
    [Show full text]
  • Things You Should Know About Pruning (PDF)
    THINGS YOU SHOULD KNOW ABOUT PRUNING What is pruning? It is the art and science of maintaining the health, beauty and longevity of our trees. It should be done throughout the year based on the needs of the plant. Simply removing spent blooms is pruning. Snipping back new shoots that are out of balance is pruning. Removing dead or broken branches is pruning. Pruning can be learned and applied by anyone who values their investment in trees. Maintenance pruning is an annual routine based on observation. PRUNING YOUNG TREES: Pruning is best done in late February or early March when leaves are off and the plant is not growing. Prune out a co-dominant leader. Strong trees should have only one central trunk. Leave lower limbs to help young tree trunks develop strength and taper. Prune low hanging branches that may interfere with foot traffic. Prune out branches that cross others. Remove branches that have weak angles when they are small. Encourage side branches that form a strong angle, one that is 1/3 off vertical or at 10:00 and 2:00 positions on the trunk. Prune out branches that grow towards the center. Prune out diseased, dead and broken branches anytime. PRUNING ESTABLISHED TREES 5-7 YEARS and OLDER Prune out fast growing branches called SUCKERS. Prune out girdling roots from the base of the tree. Remove lower limbs from the lower one third of the trunk. Remove any upper branches that have grown beyond the shape of the crown. Check spacing between branches and remove any weak angles or inward growing branches.
    [Show full text]
  • Fletcher Business Group Acquires Atlas Saw & Tool
    FOR IMMEDIATE RELEASE Media Contact: Sarah Archambault • 917.923.9838 • [email protected] FLETCHER BUSINESS GROUP ACQUIRES ATLAS SAW & TOOL Global Solution Provider Expands Product Line and Services through Acquisition of Leading Provider of Saw Blades, Cutting Tools and Sharpening Services [East Berlin, CT – January 23, 2017] Today, Fletcher Business Group (FBG) – a leading provider of solution-driven technologies for a wide range of industries – including custom and OEM picture framing; sign and digital graphics; hardware; woodworking; and float and glass fabrication industries – is announcing the acquisition of Atlas Saw & Tool and Tem-Tech. With locations in Illinois, Florida and Arizona, Atlas provides high quality saw blades, cutting tools and sharpening services. Tem-Tech carries a high capacity saw line, along with repair/refurbish services for all saw types. Atlas Saw & Tool joins FBG’s roster of globally recognized brands as a wholly owned subsidiary and will continue the day-to-day operations of its key brands. Atlas serves a variety of markets including picture framing, cabinet making, flooring, millwork and the plastic industry. Using precise German CNC grinders and associated robotics, Atlas Saw sharpens blades and tools to OEM specifications and serves customers nationwide from its three regional tech centers. Atlas will continue to provide custom saw blade design services, fabrication and re-sharpening programs utilizing its premier selection of American and Japanese made core blades. The Tem-Tech brand offerings will remain, including the large capacity saw, CNC moulding profile template machine, saw service, repair and preventative maintenance programs. This will include service, refurbishment and parts support of Pistorius brand saws.
    [Show full text]