OSG USA, Inc.
1945 West Walnut Hill Road
Irving , TX 75038-4408 US
A Message from OSG USA, Inc.
As Seen In Modern Machine Shop
OSG USA Promotes President
Jeff Tenant has worked with OSG USA for over 30 years.
Milling Tool's Hooked Flute Geometry Aids Chip Formation, Evacuation
Eastec 2019: OSG’s ExoPro UVX-Ni features a variable helix and variable index design to reduce vibration, along with a flute form engineered to facilitate chip shaping and evacuation.
Drills Tackle Tough Materials, Flat Holes
IMTS 2018: OSG USA’s A-Drill series of carbide drills covers a range of applications and materials.
OSG Announces Scholarship Winners
Maram Safi of Elk Grove High School and Casey McCormick of Fenwick High School each received $1,000 scholarship toward their education in their chosen fields.
OSG USA Acquires Amamco
The acquiring company says that Amamco’s offerings will enable it to expand in the aerospace market.
Thread Milling Software Eases NC Code Generation
OSG says its ThreadPro thread milling NC code generator software is said to eliminate the hassle of having to enter data as text, copy and replace.
Tap Series for Cast Iron, Aluminum
OSG Tap & Die offers additional tap sizes ranging from M16 to M24 in its Exotap-DC series.
Point Geometry Drives Drilling Efficiency
The Hy-Pro Carb drill from OSG Tap and Die helped make the difference in this shop’s efforts to reduce cycle time enough to win a bid for high-production medical parts.
Fully Committed to Zero Stock Machining
Milling critical mold surfaces to final size (or even a “tenth” undersize) literally leaves no margin for error. This takes absolute confidence in every aspect of the machining process, as well as absolute confidence that the results are worthwhile.
Forming Tap Series Stably Machines Range of Materials
OSG Tap & Die’s Exopro-S-XPF and Oil-S-XPF tap series are designed for stable machining and prolonged tool life in a range of materials.
Coolant-Through Drills Boost Metal Removal Rates
OSG Tap & Die has added coolant-through capabilities to its Hy-Pro Carb 3D and 5D drill series.
Three-Flute Cutters Enable Faster Drilling
The three-flute, coolant-through Mega Muscle drill is designed specifically for drilling at feed rates 1.5 to 2 times faster than a two-flute drill.
Mold Shop Finds Tool Performance Outweighs Price
This moldmaker sought to reduce costs to compete with low-cost overseas manufacturers. While purchasing relatively expensive, high-performance tools might seem counterintuitive, resulting improvements in cycle time and tool life more than made up the difference.
Video: Hard Pocket Milling
Relieved end mills and pre-machining of corners are two important considerations for accurate pocket machining in hard steel.
Variable Geometry End Mill
OSG Tap & Die’s HY-PRO CARB VGx variable geometry end mill is designed for chatter-free, high-performance machining of a range of materials.
Coated End Mills Increase Tool Life
OSG Tap & Die’s Exocarb WXS end mills are designed for milling 54 to 70 HRc at high speeds.
Routers For Milling Composites
OSG’s two Exocarb-Aero routers are designed to mill carbon fiber reinforced polymer (CFRP) and other composites.
Variable-Design End Mills
OSG’s Exocarb Aero UVX variable index and variable helix end mills couple positive edge geometry with a variable helix design. The end mills can achieve more consistent, chatter-free milling versus common variable-design end mills, the company says.
Coolant-Through Carbide Drills
OSG’s coolant-through carbide drills are available with WD1 coating, which inhibits the wear on the shoulders and margin, or TiAlN coating. Two flute lengths are available: Exocarb-FTO 5D and Exocarb-FTO 3D.
Deep Drilling Without Pecking Or Through-Tool Coolant
These drills enable machine tools to create holes with L:D ratios as high as 20:1 without pecking and without through-the-tool coolant delivery.
Cobalt HSS Drill For Deep-Hole Drilling
For deep-hole drilling, the company offers the Helios 15D and 20D cobalt HSS drills. The drills can process deep holes without the use of an internal coolant supply and without pecking. The flute design improves chip evacuation, making it feasible to drill as much as 20 × D without pecking.