@PoarchCreek and @Muskotech are producing polysurgical gowns to send to Baptist Health Care in Pensacola. With their #EastmanMachine technology and dedicated staff, Muskogee Technology is able to produce 1,600-2,000 units a day. https://t.co/gny134mTio#COVID19Relief #MadeInUSA
— Eastman Machine Co (@EastmanCuts) April 27, 2020
Since retooling to manufacture #PPE, Eastman customer @MayoFurniture has been able to produce "hundreds of thousands" of no-sew disposable masks, along with thousands of reusable masks and medical gowns. https://t.co/t98myTXL3l #MadeInUSA #EastmanMachine #COVID19relief #Furniture
— Eastman Machine Co (@EastmanCuts) April 23, 2020
Egg Harbor Township, NJ – Eastman Machine customer, SeaCanvas, is starting its 20th year in business manufacturing PPE for COVID-19 relief efforts. Taking a break from manufacturing award winning custom marine canvas, SeaCanvas has already donated hundreds of face shields for first responders in the surrounding New Jersey communities.
Police, fire fighters and school employees preparing meals for students are among the first responders across Atlantic and Cape May Counties to have received SeaCanvas face shields. “Tough times for our nation so we thought we could help out a bit,” says Carl Pellegrini, SeaCanvas Owner.
Five years ago, Carl decided to upgrade the SeaCanvas cutting room and invested in an Eagle S125 Static System. He said he was hesitant at first but automation has increased efficiency and accuracy for SeaCanvas and, “is really a perfect fit.” Cutting high quality industrial marine fabric by hand, was now a thing of the past.
The Eagle S125 has proven itself as the go-to resource for many industries as it has capabilities of cutting, marking and punching virtually any flexible material at speeds of nearly 60 inches per second (152.4 cm/second). “The accuracy of every cut is spot on,” says Carl. SeaCanvas cuts a variety of industrial fabric on their machine, including .080 acrylic plastic and .040 sheet vinyl.
Just like any Eastman cutting system, the S125 is completely customizable based on the customer’s application and demands. A variety of system widths and lengths and tool head accessories are available to ensure your machine is maximizing productivity.
Eastman Machine Company has been manufacturing American made cutting solutions for over 130 years and is proud to be a part of SeaCanvas’s fabrication of much needed PPE during this crisis. “I am thankful for our employees and customers who continue to do their part to help America beat this virus,” says Robert Stevenson, Eastman Machine President and CEO. “All of us at Eastman are an important part of this fight.”
The Eagle S125 Static Table, along with hundreds of other cutting solutions, is proudly designed and manufactured at Eastman Machine Company’s headquarters in Buffalo, New York. Complimentary test cut evaluations to capture the machine’s speed and recommended configuration are available by contacting the Eastman headquarters at +1-716-856-2200.
Both Eastman Machine Company and SeaCanvas are longtime IFAI members.
"We are up to our eyeballs in PPE," says Signature CanvasMakers VP, Charlene, after shifting production to #manufacture #PPE for the #Navy. When asked about the performance of their #EastmanMachine, Charlene said it is "a workhorse." https://t.co/MEOUpNS1ud #AmericaWorksTogether pic.twitter.com/U7oWGySkhN
— Eastman Machine Co (@EastmanCuts) April 16, 2020
Manufacturers have a multitude of reasons to design with fiberglass as a primary material for their products. Its versatility, strength, and insulating properties, along with its ability to resist corrosion from both water and chemicals, make it a low maintenance, long-lasting composite option. These qualities make glass fiber composites the material of choice for many industries, including marine and alternative energy applications.
Glass fibers are created by melting silica sand, limestone, and soda ash together and shaping the resulting liquid into fibers. The fibers can be either discontinuous (like those found in insulation) or continuous and woven into fiberglass fabrics. The fibers, assembled in various orientations, stay together thanks to the fibers themselves or mechanically stitched, non-structural threads. To manufacture the fiberglass panels often used in the marine and wind energy industries, these fabrics are impregnated with a resin and cured to form a strong, versatile composite.
In order to utilize fiberglass to its fullest potential, manufacturers must choose the right fiberglass cutting tools for their applications.
The Challenges of Cutting Fiberglass
While designing with fiberglass offers unique advantages, cutting and handling the material can pose challenges. The strength of fiberglass, as well as the demands of marine and wind energy manufacturing environments, means that your chosen cutting tool must be both durable and reliable. The right fiberglass cutting tools must be capable of cutting dry, wet, coated, or impregnated woven and multiaxial reinforcements and chopped strand mat. Fiberglass is available in many orientations—unidirectional, bidirectional, multiaxial, or random—and each construction method may impact the speed, throughput, and blade type necessary for your cutting system.
Industrial Fiberglass Cutting Solutions
Many industries, in both commercial and hobby applications, use glass fiber because of its versatility. It can seem as though there are just as many cutting solutions available as there are unique uses for fiberglass. Choosing the right cutting tools for your facility is easier with the help of Eastman’s experienced engineers and unmatched customer service.
Automated Fiberglass Cutting Machines
Choosing an automated, computer-controlled cutting machine allows manufacturers to balance output, speed, and accuracy. It also reduces manual handling, increasing operator safety. Consider the variety of composite materials you cut and the volume of each when deciding on the best tool to cut fiberglass at your facility.
To learn more about throughput and volume production of fiberglass with Eastman automated systems, check out the Fiberglass Brochure.
C125 Conveyor System
Eastman’s C125 Conveyor System is designed to cut a single glass fiber roll continuously. The machine’s reliability allows manufacturers to cut at a high speed for hours at a time for high-volume output. If your cutting files require an entire roll—or more—of single- or low-ply fiberglass textiles, the C125 may feel right at home on your manufacturing floor. Even with the ability to output around 1.8-ton of fiberglass per hour when cutting four-ply (including time for material loading and cut patterns collection), this automated fiberglass cutting solution is more accurate than cutting by hand.
S125 Static Table Cutting System
For a superbly accurate cut, choose the S125 Static Table Cutting System for your fiberglass. While this cutting solution requires a more manual approach, it also allows for switching between materials with ease. You won’t sacrifice speed for accuracy with the S125; at speeds of up to 60 inches per second, this fiberglass cutting machine offers the same capabilities as the C125 Conveyor System on a static surface.
The Eastman Talon is the best fiberglass cutting tool for industrial applications that require high volume outputs. The Talon’s ability to cut massive amounts of fiberglass in multiple plies makes it an indispensable member of many manufacturers’ production floors. The Talon ensures quality cuts of glass reinforcement from top to bottom ply. It does so by utilizing an industrial, serrated-edge reciprocating blade coupled with patented knife control software.
Customizing Your Cutting Solution
Eastman Machine Company designs, manufactures, and supports its automated cutting solutions from its US headquarters. This distinct advantage allows Eastman to provide personalized customer service, from recommending the best fiberglass cutting tools for your application to minimizing downtime with US-based lifetime support.
Finding the right tool for your application starts with our complimentary test cut evaluations. The test cut uses your materials and patterns to determine the best configuration. Our engineers have developed a wide variety of customized solutions for facilities cutting glass fiber, from tool heads to material handling.
For increased production flexibility and minimized downtime, many manufacturers cutting fiberglass opt for Eastman’s Heavy-Duty Tool Head. This unique tool head utilizes its own brushless servo motor and air supply. This technology allows the head to alternate between two different tools. Along with two cutting spindles, operations can also include a marking pen, rotary blades, notching tool, drag-style knife, or punching tool. An uninterrupted cut file can use any combination of cutting and punching tools, as well as the marking pen.
Eastman’s Standard and Fiber Tool Heads are also viable solutions, depending on the type of glass fiber you’re cutting.
Eastman recommends cutting fiberglass with a round blade in most applications. By design, the blade easily crushes and breaks materials containing glass fibers. Increased cutting pressure extends the life of the blade. Compared to reciprocating blades, a round blade cuts glass fiber with less fragmentation.
Fiberglass can also be cut with a 10-sided blade, which is engineered to cut advanced textiles like stitched fiberglass. This blade offers maximum versatility and adaptability when added to a heavy-duty tool head.
The right fiberglass cutting solution goes beyond the cutting tool itself. Eastman designs installations that include feeding systems and other material handling options for your production floor. Our feeding systems allow manufacturers to introduce rolled fiberglass textiles to the cutting table with accuracy and control, streamlining the production process. If you’re managing long cut pieces of glass fiber inputs, adding rewinders can minimize the need for manual labor. This is particularly helpful when cut parts exceed the table length and become difficult for operators to handle manually.
Additional cutting system options include marking systems, which print part identifications and sewing directives directly onto the material you’re cutting. For fiberglass, which may not allow for traditional printing, Eastman recommends the EasiMark® airbrush marking system or JetPRO(r) drop-on-demand inkjet printers for high speed, no-contact printing.
Manual Fiberglass Cutting Tools
The range of manual cutting tools suitable for cutting reinforcement fibers is just as robust as Eastman’s line of automated solutions. Straight knife cutting machines, like the Blue Streak II®, offer an industrial solution for stack cutting woven roving, biaxial reinforcements, and chopped strand mat. Eastman’s Buzzaird is an air-powered alternative for facilities where electric power is not sustainable. This fiberglass cutting tool includes several blade options to shear, chop, or slice through various technical fabrics and composite reinforcements.
Brown Sales, a longtime Eastman customer, invested significant time and resources to design and launch the Deluxe Cloth Face Mask with Antimicrobial Cover. Learn more about their efforts here:https://t.co/si7HKTqbcj#AmericaWorksTogether #COVID19 #MadeInUSA #EastmanMachine pic.twitter.com/07O5TNs622
— Eastman Machine Co (@EastmanCuts) April 17, 2020
From #marine enclosures to #PPE. Our friends at @SeaCanvas have adapted their cutting room in order to manufacture #faceshields for #COVID19 relief. https://t.co/qzgGCYjsVc#AmericaWorksTogether #MadeInUSA #EastmanMachine #Manufacturing #ManufacturingHeros pic.twitter.com/brTFiaYpY0
— Eastman Machine Co (@EastmanCuts) April 15, 2020