Grinding Wheels

Why Cotton Fiber Abrasive Wheels Rule the Automotive World

A revolution is taking place in automotive braze removal, where Type 1 cotton fiber wheels are exponentially impacting smooth operations, shrinking costs and negating operating downtime. 
Grinding Wheels: Articles

Deburring with Black Ceramic Filament Brushes

Burrs differ in size, shape and attachment due to many variables. Nylon abrasive brushes – and black ceramic brushes specifically – can help provide a competitive edge for automotive component manufacturers by increasing throughput when removing burrs and producing higher quality finished parts.
Shops that produce engine blocks, heads, cam shafts and crank shafts for powertrains were once plagued with the challenge of removing burrs created by machining. Not anymore.  

Grinding Gamma Titanium Aluminide

Titanium aluminides possess many characteristics that make them very attractive for high-temperature structural applications in aerospace industries. For example, their high specific strength, high-temperature stability and oxidation resistance relative to conventional titanium and nickel alloys, make them beneficial for use in low-pressure turbine blades for aerospace engines.
New grinding technology is being researched on this intermetallic to help lower the costs of manufacturing aerospace engine components, develop grinding expertise, and design custom-bonded abrasive and superabrasive grinding solutions that are ideal for efficient and damage-free grinding of components made of titanium aluminides.

Documented Cost Savings for Abrasives

Manufacturers usually focus on cost per unit when presenting their abrasive products, rather than on how many total units are used or how those costs can tie up more time in labor-intensive operations. When shops accept the value proposition that time equals money, hard numbers to help them make the best decision can be found in structured documented cost savings programs that compare the abrasive or tooling costs, time, and the labor shop rate related to a variety of abrasive products.
Rather than focusing only on energy savings or reducing costs associated with large equipment, manufacturers that are looking for potential savings in their plants should take the time to investigate just how much money they could save by switching out an abrasive. In doing so, they should evaluate fully how labor costs tie into the equation.

New Weld Brushes Make Flipping Easy

Periodically switching the mounting position of weld cleaning brushes benefits the speed and effectiveness of the brushes, which also improves operator safety. Some newer weld cleaning brushes are designed with a dual-hex nut, to allow for easy flipping of the wheel and elimination of interference issues that pose a safety hazard.
Thanks to new technology that increases wire life and operator safety as the brush wears, flipping your wire brush during surface cleaning has never been easier.  

Common CNC Grinding Mistakes

Because a dull wheel generates more heat and more grinding forces, neither of which are good for productivity or quality, it is more productive to have a finer grit wheel with sharp abrasive grains.
Proper grinding process parameters can eliminate a lot of the “black art” of CNC grinding. One critical variable is the grinding wheel being used and the dressing of the grinding wheel.


Grinding Wheels: Industry News

PFERD Appoints New VP Sales

Jon-Michael Raymond, PFERD “I’m very excited about this opportunity. This is a world-class company with great products and a loyal customer base. I look forward to developing and increasing that base.”
Jon-Michael Raymond now manages their U.S. sales in the welding, industrial and STAFDA sectors.

Osborn Names New Product Manager

Ty Weber, Osborn In his new role as product manager, he is now responsible for the development and execution of the abrasives category strategy, including the forthcoming introduction of their new line of abrasive discs.
Ty Weber is the new product manager for their abrasives division.

Walter Surface Technologies Opens New Facility in Switzerland

The new 59,000 sq ft production and office complex will help them better serve the European market.


Grinding Wheels: Products

Medical Machining: Tooling

With a height of only 20 mm, the VERO-S NSE mini pneumatic quick-change module from SCHUNK is extremely thin, making it ideal for retrofitting existing machines to achieve full utilization of the machine area and direct clamping of small precision workpieces being manufactured for use in medical technology.
Take a closer look at some of the newest tooling that can help contract manufacturers meet the machining, micro machining, and laser processing demands for smaller and more complex surgical implants, orthotic devices and medical instruments that are being made from newer materials – and still hold their costs down.

Grinding Wheel Arbor for Producing Shaped Bone Fragments in Surgical Grafting

Figure 1. This custom HSK50E balanceable grinding wheel arbor from Briney required a special anti-bacterial/viral chrome plating to comply with the demanding requirements of ISO 13485 for medical OEMs and contract manufacturers. The arbor is used on a special precision CNC grinding machine that shapes bone fragments for sophisticated surgical grafting.
Briney Tooling Systems developed a custom HSK50E balanceable grinding wheel arbor with a special anti-bacterial/viral chrome plating to meet demanding ISO 13485 requirements for medical OEMs and contract manufacturers.

IMTS 2016: Abrasive Machining, Sawing, Finishing

Booth N-7425: The new, easier to maintain H220HA-DC-C dual column, fully automatic band saw from HE&M Saw uses structural tube columns to create a stouter arm configuration and linear rails to increase arm stability for smoother cutting with greatly improved blade life.
Here are solutions for applications requiring high tolerance and precision surface finish, including grinding technology, sawing and cutoff machines and a variety of finishing systems, such as lapping, balancing, honing and polishing machines. You’ll also find advancements in abrasive size, shape or composite materials, and nano-materials for improved surface finishes in more constrictive areas.