Cutters and Abrasives Helena MT

Looking for Cutters and Abrasives in Helena? We have compiled a list of businesses and services around Helena that should help you with your search. We hope this page helps you find Cutters and Abrasives in Helena.

Helena Body & Paint Frame Repair
(406) 430-1106
829 N Warren St
Helena, MT
Hours
Monday 7:30 AM - 5:30 PM
Tuesday 7:30 AM - 5:30 PM
Wednesday 7:30 AM - 5:30 PM
Thursday 7:30 AM - 5:30 PM
Friday 7:30 AM - 5:30 PM
Saturday Closed
Sunday Closed
Services
Body Shops, Painting, Rustproofing
Service Types and Repair
Auto Aluminum, Auto Frame, Collision, Dent

Ace Carburetor & Electric Service
(406) 442-3001
3119 Cooney Drive
Helena, MT
Services
Auto Air Conditioning & Heating Service & Repair, Auto Service & Repair, Brakes Service & Repair
Hours
Open Mon-Fri
Products
Brakes, Shocks, Struts

Djs Automotive
(406) 449-7927
1691 Blaine Street
Helena, MT
Services
Brake Repair

Barreta Audio
(406) 443-6207
1903 N Montana Avenue
Helena, MT
Services
Audio and Video Installation

Helenas Pit Stop
(406) 449-2048
915 N Last Chance Gulch
Helena, MT
Services
Oil Change and Lube

Northwest Battery & Electric
(406) 443-4090
3005 Prospect Avenue
Helena, MT
Services
Auto Service & Repair, Auto Electrical Systems Service & Repair, Storage Batteries Retail, Batteries Wholesale & Manufacturers
Hours
Open Mon-Fri
Payment Options
MasterCard, VISA

Tire-Rama Service Center
(406) 443-2115
1601 Cedar St
Helena, MT
Services
Car Washes, Car Detailing, Tire Shops

Montana RV Center
(406) 449-5510
3384 E US Highway 12
Helena, MT
Services
RV and Camper Repair

AandD Automotive
(406) 443-9600
1445 National Ave
Helena, MT
Services
Oil Change and Lube,Auto Inspection,Brake Repair,Emissions Testing,Transmission Repair,Tune up Repair

Howards Exxon East
(406) 449-4488
3425 US Highway 12 East
Helena, MT
Services
Service Stations

Advanced Machine Tooling – Cutters and Abrasives

High speed milling machines, boring machines and sophisticated CNC machining centers are found in many machine shops today. Faster cutting speeds and automated controls have boosted productivity as well as precision. But to get the most out of these machines, the proper tooling inserts must be used.

Larry Carley

The key to boosting productivity is to remove more metal in less time. However, faster cutting speeds and feeds require tooling inserts that can take the heat and abuse without dulling. To achieve these goals, tooling suppliers have come up with various cutter shapes, edge geometries and surface coatings that significantly improve tool performance and life.
One way to achieve better tool performance is to use an insert that cuts easier so less horsepower is required to turn it, even at high speeds and feed rates. An insert that cuts cleanly and easily will produce a smoother finish and experience less vibration and chatter.

The angle at which an insert is held with respect to the work surface affects how efficiently it cuts. Positive rake tooling holds the insert at a slight angle so the edge of the insert cuts into the surface of the metal, sort of like a plow digging into soil. Positive rake tooling generally requires less cutting force and pressure, runs cooler and provides longer insert life.

But it can also increase edge chipping on inserts, so it typically works best with shallow cuts and lower speeds and feeds. Also, a positive rake only allows the upper edge of the insert to be used, preventing the insert from being flipped over when the edge becomes dull. Thus, a four-sided positive rake insert would have only four cutting edges (each side of the square on the top side).

Negative rake tooling, by comparison, holds the tool perpendicular or at a slight negative angle to the work piece so the edge of the insert drags across the surface with more of a scraping action as it cuts. This requires more pressure and horsepower to machine the metal, and it produces more heat. But a negative rake also provides more support for the insert and allows deeper cuts and high stock removal rates at higher speeds.

A negative rake also doubles the number of available cutting edges that can be used on a single insert, thus doubling tool life. A square insert can provide eight cutting edges, and a triangular insert can provide six edges. When all of the edges on one side of the insert become dull, it can be flipped over so the edges on the opposite side can be put to work. Negative rake tooling works well for machining hard, brittle metals.

Abrasive Choices
The development of carbide materials with extremely fine grain size has improved the durability and performance of carbide cutting tools. Carbide valve guide reamers and carbide valve seat cutters are indispensable tools in most shops today. Carbide inserts are also great for high speed milling and boring operations. Newer style boring machines with spindle...

Click here to read more from Engine Builder

Babcox Media • www.babcox.com
3550 Embassy Parkway
Akron, OH 44333
330-670-1234 • (FAX) 330-670-0874