Reshaping OSG: Announcing New Brand Statement and Tagline
Written by OSG
the leader of the global cutting tool market, we needed a
stronger global identity to match. We’re proud to announce our new brand
statement and tagline that defines our customer-focused approach.
The power of OSG lies in our assured innovative technological know-how for producing high quality and high performance products; our exceptional services to respond to situations diligently; and our out-of-the-box thinking to provide total solutions that anticipate our customers’ needs. As a comprehensive cutting tool provider with operations spanning across the globe, we are committed to contribute to the advancement of the manufacturing industries by shaping our customers’ dreams into reality.
Our new tagline describes our commitment to provide high quality products and services that anticipate our customers’ needs on a global scale. Effective October 1st, this brand statement and tagline are now being used across all OSG Group companies and subsidiaries worldwide.
Mike Cotton, Marketing Manager for OSG Tap & Die, is excited about the new announcement, “Having this global statement will help unify OSG in our core values as a business.”
As a leading manufacturer of taps, end mills, drills, and dies, we strive to provide greater value to our clients and society as a whole. By focusing our global identity, we hope to go beyond crafting tools to helping customers realize their goals, always providing premium quality along the way. With our global reach, there’s no limit to what we can achieve as we move forward into the future.
An Industry Solution for Difficult-to-Machine Materials
Written by OSG
Mike Harris, District Manager
In manufacturing, components that contribute to
success often include quality, precision and fast production at minimum cost.
This equation sounds simple, but can be difficult to achieve for some machine
shops. In the medical industry, manufacturers often handle difficult-to-machine
materials such as titanium and stainless steel. Tooling costs could skyrocket
if the appropriate tool isn’t selected for
Recently, I received a call from a national
distributor that has an integrated supply contract with a large OEM medical
in Warsaw, Indiana. This customer is one of the world’s leading
designers, manufacturers and suppliers of orthopedic implants. They offer
devices and solutions for fixation and fusion, motion preservation,
In producing the parts for one of these implants, the customer needed a better tapping solution than what they were currently using. They were specifically tapping 6-32 threads in Ti-6Al4V but were running through taps like water, getting between 20 to 50 holes per tap and using over 75 taps per month. Despite trying and testing a variety of different brands, none were successful in significantly lowering the number of holes per tap.
I sat down with them and reevaluated the process, hole size, hole quality, cutting speeds, depth of drill vs. depth of thread, tool holders, work piece holding and coolant. Everything looked good, so I knew the tap had to be the key to solving this issue and I knew just what product to recommend.
I suggested they try the EXOTAP® VC-10
TI Taps from OSG. These ultra-premium taps are made from a VC-10 Powered Metal High Speed Steel substrate, which offers longer tool life in Titanium and other hard materials. Plus the OSG V-coating provides increased hardness, lubricity and wear resistance, further prolonging tool life. I sent the customer a few sample taps and they said they would get them tested right away.
The following week I got in touch with them and they happily informed me that the tap was still running. They ultimately went down from approximately two taps a day to two taps a week! This drastic reduction has saved them both money and down time on the shop floor.
The EXOTAP® VC-10 TI tap has proven to me that with the help of the right cutting tool, customers can reduce tool usage and drastically minimize tooling costs. When no other tap can do the job, work the VC-10 TI tap into the equation. It is the industry solution for those difficult materials and applications.