Monaghan Reaming Tool Reduces Tool Changes
Diatool’s custom, three-step monoblock reamer features uneven spacing of cutting edges, which produces highly cylindrical and round bores at faster feed rates.
Share
Phillips Corporation
Featured Content
View More
Phillips Corporation - Education
Featured Content
View More
Monaghan Tooling Group’s Diatool can create custom reaming solutions that combine multiple reamers into a single tool, eliminating tool changes and reducing cycle times.
Diatool’s custom, three-step monoblock reamer consolidates these into a single tool, eliminating two tool changes. In addition to providing time and cost savings, the uneven spacing of cutting edges produces highly cylindrical and round bores at faster feed rates, outperforming single-point tools, according to the company.
The tooling requires no dial-in adjustments, which simplifies use and reduces the risk of scrap parts. Enhanced chip removal prevents stringy chip buildup, reducing downtime and part damage.
Diatool’s custom three-step reamers are said to deliver measurable savings and quality for high-precision applications. Diatool custom solutions are compatible with a wide range of materials, including aluminum, steel, cast iron and nonferrous alloys, in industries such as automotive, aerospace, medical and general machining.
Related Content
-
Turn Your Operational Gaps into Efficiency Gains
Here are five ways machine shops can improve throughput, spindle uptime and job changeovers without implementing more costly lights-out automation practices.
-
Add Flexibility and Speed to Your Operation with Next-Generation Robotics by Okuma
Okuma’s second generation of robotics loaders incorporates updates that enable flexibility and faster processing time for any manufacturing operation. This holds true even for shops with no prior automation experience.
-
Step by Step Guide: How to Choose the Right Threading Tap
From flute geometry to coolant channels, a step-by-step guide to selecting the right tap for better thread quality, longer tool life and more efficient machining.
