Globe Machine Mfg. Co.

Inside paper, toilet paper, tissue, and napkin producing factories, part of the manufacturing process includes winding the initially fabricated product onto thick, heavy-duty cardboard tubes referred to as cores. To enable the core to spin, a metal shaft must be inserted into the core. Sometimes this shaft is also used along with a hoist to relocate the roll. In many facilities, a longer shaft is strung through multiple cores. These become known as a "core set", until they are wound with tissue after which they are referred to as a "roll set". Once the metal shaft has served its purpose, it is removed through the use of the shaft pulling mechanism. The heavy shaft horizontally slides on a set of "v" positioned rollers until it settles on the cart while the machine resets its position and prepares to re-insert the shaft into the next empty core. The inserter and puller are only two of the many components that synchronize together to complete the cycle. Other components may be, but are not limited to, elevator hoists, robotic core handlers, shuttle carts, anti-tip mechanisms, inflate deflate systems, tilters, and conveyors.

The Globe Machine Manufacturing 8A Hog is a plywoodveneer hogging head comprising material feedworks (adjustable lower feed roll and upper 'Crusher' roll) and a flexible shaft-driven rotor knife assembly connected to a gear reduced electric motor. Material is carried to the 8A Hog via infeed belt conveyor. Once reaching the Hog feedworks, material is pulled into the machine by the bottom feed roll and overhead 'Crusher' roll. The Hog feedworks pull material into the rotor knife assembly (hogging head). Rotating blades, mounted on cast and machined rotors, force incoming material past a machined anvil, reducing all material to the desired uniform particle size. After processing (hogging), the material is carried from the 8A Hog by a pneumatic or mechanical conveyor.

Revolutionizing production of high quality carbon fiber parts with our patents-pending, production-ready RapidClave™ system for thermoset and thermoplastic prepregs. Optimized composite cures for complex laminates of changing thickness and core sections Reduced cycle time within bounds of resin chemistry 0-350 psi (0-24 bar) pressure 110°F-800°F (43°C-427°C) direct tool heating and indirect composite heating Heating rate, dwell and cooling ramp accurately controlled within 5°F (2.8°C) of setpoint Automatic tool change and connection of all toolpart services (heatcool, TC, RTD, vacuum) NEW induction heating with RocTool High fidelity of cure in single part (non-batch) environment Energy-efficient process reduces process time and systemic cost of operation Multiple tooling and heatcool solutions Simple recipe programming and comprehensive data acquisition and reporting Enables single piece flow process automation- systemic factory floor efficiency Reduced factory floor footprint Right-sized process envelope for tool family size A thermal processing and consolidation system and method Heating, cooling, pressure, and vacuum all independently controlled according to a set of process parameters Processes the same materials and resin systems designed to be processed in an autoclave System size optimized for the tool size 1 minute tool exchange time A thermal processing and consolidation system and method Heating, cooling, pressure, and vacuum all independently controlled according to a set of process parameters Processes the same materials and resin systems designed to be processed in an autoclave System size optimized for the tool size 1 minute tool exchange time In addition to Globe’s production-proven RapidClave® System, recent developments in high-capacity, automated manufacturing systems for advanced composites include: Precision tooling positioners Ultra high-pressure presslines for plastic armor Automatic lamination machines for thermoset and thermoplastic composites Fully-integrated workcells incorporating Globe core technologies (process heating cooling, tooling design, material handling, consolidation and forming, trim and prep for finishing)

Globe Glue Spreaders are preferred by companies who expect quality while obtaining even and measured glue spread. More than 800 Globe Glue Spreaders are in service. Globe Glue Spreaders have proven to be successful in spreading top, bottom, or both sides of veneer in varying thicknesses over rough peel and “thick and thin”. The Globe Spreader is adaptable for use in any lay-up line and has reduced glue line costs and glue waste. Features & Options Glue Rolls Grooved to Specifications 60-65 Durometer, Dual Durometer, or Soft Rubber Glue Roll Bearings Ball type, mounted in cast iron housing Doctor Rolls Precision adjustment thru gear drive Simultaneous adjustment of each roll Available straight, single taper, or double taper Manual crank or optional air doctoring Bottom Glue Roll Mounted on coil spring for fast recovery and better speed control Conversions available Tank-less Drop-down tank Also available Customized outfeeds

Negative Air Feeder with rotating accumulator blades and full size plenum for continuous feeding of panels one at a time from the top of a stack. Stacks are conveyed into Feeder across elevator support beams. The hydraulic elevator will then raise the stack to feed height. The top panel is then lifted off of the stack by negative air pressure, holding the panel against overhead belts which convey it to the Production Line. The full size plenum and high volume air causes the panel to lift straight up against the belts and be fed without any sliding contact with the remaining panels of the stack. After a panel has been removed from the stack, the elevator will then index the top of the remaining stack to feed height and the feed cycle starts again. This process continues until approximately 10" of stack remains at which time accumulator blades will rotate under the remaining stack. These blades will support the remaining stack, which allows the elevator to lower and accept another stack. The accumulator blades index vertically to keep the top of the stack at feed height and allow panels to be fed during the entire elevator recycle. The elevator will bring the new stack up under the accumulator blades. When a new stack is in position, the accumulator blades will withdraw and place the remaining portion of the previous stack upon the new stack. Feeders Also available with accumulator fingers for continuous operation with heavier product.

This system is designed with flexibility in mind. With the availability of several different configurations to choose from, systems can be customized for re-pulping rates as low as 100 TPD or as high as 1000 TPD. Flexibility in design goes beyond just speed; with the ability to handle all commercially available pulp bale types. These include traditional wired bales, glued bales, re-pulpable strap type bales, CTMP and Wetlap. With dewiring rates at a clip of 15 seconds per bale, a single dewiring system is more than capable of feeding multiple pulpers in batch mode, continuous mode or a combination of both pulping modes. Speed and flexibility are vitally important in today’s operating environment, but dewiring efficiency is paramount. The Globe Pulp Bale Dewiring System is designed with “zero-tolerance” for missed wire and is offered with a 100% dewiring efficiency guarantee. At Globe Machine Manufacturing, we set the standard in Pulp Bale Dewiring & Handling Systems. A standard that others call revolutionary! Need help with a specific application? Give us a call and let us design a system for you!

Short Cycle Press 550 psi Building Products Sector Panel Production Mike Tart (for use with building products) Ron Jacobsen (for use with advanced composites)

Membrane Press 0-150 psi w vacuum & rapid heating & cooling. For use with single-sided molds to laminate cabinet doors, etc.

Prepress 200 psi Building Products Sector Plywood Industry Mike Tart (for use with building products) Ron Jacobsen (for use with advanced composites)

Globe’s Panel Repair system, often referred to as the "Poly-Patch System" (patent pending) features scanning technology from our partner, Camsensor, and utilizes robotic repair. The Globe system offers high output capabilities combined with repair material and labor savings. Smart Camera Design from Camsensor Nema 6 rated Inbuilt intelligence, no additional PC required Operator input via touchscreen - image results instantly available One scanner interchangeable for a variety of applications 2D and 3D capability