Dapra Corporation
Phone:
860-242-8539
Toll-Free:
800-243-3344
Fax:
860-242-3017
Please visit:
Dapra Corporation
Mailing Address:
66 Granby St.
Bloomfield,
CT
06002
US
Dapra Provides Milling Tools and Technical Support to Improve Customers' Bottom Lines
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RHINO-CARB Inserts Maximize Versatility of Toroid Cutters
Dapra's RHINO-CARB™ CNC-pressed insert line features four high-performance geometries – Button, High-Feed, Square and Octagonal – in a range of edges, base grades and coatings. Designed for outstanding metal removal rates and tool life. |
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Ball Nose Line Offers the Best in Overall Value
Dapra’s Ball Nose tools and inserts offer fine finishes, long tool life and cutting edge economy. Hardened-steel cutter bodies ensure close tolerance finishing. Standard, oversized, undersized, carbide core and solid carbide shanks. Flat bottom and back draft models.
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90˚ Square Shoulder Mills Offer Extreme Metal Removal
Achieve a true 90˚ cut with a smoother finish; positive axial and radial insert geometry provides maximum metal removal capabilities. Dapra’s Square Shoulder line includes variety of insert radii for varying corner requirements. Cutter options include extended reach end mills, carbide core and more.
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Dapra Video Room - Tool Demonstrations -
Dapra's website contains over 20 demonstrations of Dapra's cutting tools, including the new RHINO-CARB inserts. Statistics for each application are also listed.
New milling, cutting tool and workholding products.
Reference materials are available online for all of our product lines.
Technical Articles & Application Tips -
View our library of technical articles, application stories and tips for maximizing your returns with DAPRA tools.
Case Histories & Performance Reports -
See how Dapra's cutting tools have dramatically improved efficiencies for companies in a wide variety of applications.
Ballnose Inserts Feature PCD Tips
Dapra precision-ground ballnose inserts with PCD tips are diamond-tipped for milling soft, nonferrous materials such as aluminum and graphite.
Cutters and Inserts Enable Faster Feed Rates for Light-DOC Applications
The Mini-Feed cutters and inserts in Dapra’s Rhino-Feed line are designed for increased feed rates in light depth-of-cut applications.
Cutters, Inserts Increase Feed Rates
Dapra’s Rhino-Feed line of heavy-feed cutters and inserts are designed to enable faster feed rates in moderate- to heavy-DOC and -FPT applications.
Minimizing Turnaround Times for Big Parts
The key to success (and the primary challenge) for any job shop is minimizing turnaround time for non-repeating work. This Indiana shop shares some of its strategies for reducing lead times for the various large-scale jobs it encounters.
CNC-Pressed, High-Feed Inserts for Toroid Cutters
Dapra’s HFDEH high-feed inserts are designed to fit toroid cutter bodies.
Insert Grade for Milling Tool Steels
Dapra’s DMK25 insert substrate features a micro-grain structure with medium cobalt content, providing very good edge strength and wear resistance while maintaining outstanding toughness, the company says.
Pressed Insert Cutting Edge
Dapra’s Toroid Rhino-Carb CNC pressed insert line is available with the Neutral (“N”) geometry for round and octagonal inserts.
Tool Extensions Damp Vibration
Dapra Corporation’s line of carbide core modular extensions is available in three sizes to accommodate 3/4", 1", 1 1/4" and 1 1/2" modular head sizes.
Eight-Edged Face Milling
Dapra’s high-performance Rhino-Carb Toroid insert line includes an octagonal geometry designed for general face milling. The insert features a 45-degree lead angle that increases feed capacity for face milling, profiling, helical interpolation and chamfering applications.
“Pressed-To-Size” Button Inserts
Dapra’s Rhino Carb toroid insert line features a traditional, button insert geometry with a strong cutting edge that makes it suited for applications such as mold cavity and core roughing, roughing of complex part contours and helical interpolation of large-diameter holes. The round inserts are said to be useful for pocketing, semi-finishing and face milling.
Inserts For Aggressive Metalcutting
High-performance CNC-pressed Toroid inserts from Dapra are designed for aggressive metalcutting and long tool life. These thicker inserts offer enhanced heat absorption capabilities and feature a stronger cutting edge for heavier chip loads and greater shock absorption. Additionally, positive top rake results in reduced cutting forces and lower torque.
Portable Part Marking Machines Improve Quality, Versatility
Vise Features Variable Jaw And Gripper Clamping Systems
Roughing Inserts With High Metal-Removal Rates
Inserts Designed For 90-Degree Cutting
Inserts For High-Performance Milling
Prolong Tooling Life With New Tip Option
Two New Insert Styles Maximize Productivity
Enhanced Ballnose Product Line
The Case For Copy Milling Cutters
The round-insert 'button cutter' can bring a high metal removal rate to a low horsepower machining center.
Using Helical Interpolation To Make Large-Diameter Holes
Producing a large-diameter hole is a common application for many shops, and there are numerous methods that can be used to achieve the end result. However, there are often numerous obstacles to completing the process cost effectively.
(sponsored content) Video: High-Feed Cutting 4140PH at 300 IPM with RHINO-FEED Mid-Feed Shell Mill and Inserts from Dapra.
(sponsored content) This video demonstrates Dapra's 1" Square Shoulder End Mill executing a pocketing routine in aluminum.
(Sponsored Content) This video demonstrates Dapra's 1" Toroid End Mill executing a pocketing routine in steel. The material is 4140PH (30 Rc), and the machine tool used is a Fadal 4020 with a 40-taper spindle with 0.100" DOC.
(Sponsored Content) This video demonstrates Dapra's 1" Toroid End Mill executing a pocketing routine in steel. The material is 4140PH (30 Rc), and the machine tool used is a Fadal 4020 with a 40-taper spindle with .030" DOC.
This video demonstrates Dapra's 1" Toroid End Mill executing the helical interpolation of a 1.75" diameter hole to a depth of 1.25". The material is H13, and the machine tool used is a Fadal 4020 with a 40-taper spindle.