Latest New Product News from Stellram
Turning Grades have CVD coating, diverse cutting speed ranges.Stellram La Vergne, TN 37086
May 02, 2013 While wear- and deformation-resistant NL200 is intended for machining cast iron, wear-resistant NL250 is suited for semi-finishing and finishing applications. Medium and rough machining of steels and cast iron materials with light scale but no interruption can be accomplished with NL300, and NL400 handles medium and rough machining on stainless steel and exotic alloys. Fine grain NL920, with edge security on steels and stainless steels, serves rough and heavy machining applications.
Solid Carbide Endmill handles aerospace material machining.Stellram La Vergne, TN 37086
Dec 15, 2010 Engineered specifically for machining exotic and difficult to machine materials, XE solid carbide endmill is coated with PVD Nano TiAlN and has geometric design with deep flutes and high helix cutting edges. Design attributes to fast, cool running as well as efficient chip evacuation. Additionally, shaft length helps maximize clamping and reach while also minimizing vibration.
Milling Cutters optimize metal removal rates in titanium.Stellram La Vergne, TN 37086
Nov 02, 2010 Designed for machining titanium and other difficult materials, such as nickel-based alloys and cobalt-based alloys, Stellram® 5230VS12 Chevron Cutters position multiple inserts along cutting edge of each helical flute, which provides smooth, progressive penetration and cutting action for extended tool life. Units come in 2 insert grades and range from 2.5-4.0 in. in diameter with 4-6 flutes. Depending on flute length, 6-14 inserts can be positioned along each flute.
High-Feed Shell Mill Cutter yeilds high level of material removal.Stellram La Vergne, TN 37086
Oct 07, 2010 Stellram® 7792VXE16 high-feed shell mill cutter provides high-speed metal removal in titanium and titanium-based alloys, nickel-based alloys, and cobalt-based alloys. Tool directs cutting forces axially into spindle, minimizing spindle wear. Able to take repeated shallow depths of cut, unit is capable of face milling as well as pocketing, slotting, and plunging. It is compatible with various insert grades to meet application needs.
Turning Insert is suited for steel and alloys.Stellram La Vergne, TN 37086
Mar 03, 2010 Stellram® 1B insert/turning geometry is designed for finish turning of components manufactured from steel and high-temperature alloys. It is available with grades including SP0819 for high cutting speeds on difficult-to-machine materials and Nitro-Lok® coated NL37 for unalloyed/alloyed steels. Featuring controlled cutting edge and nose profile, 1B Geometry allows material to be removed cleanly and provides high resistance to heat and edge breakdown.
Drills feature dual carbide technology.Stellram La Vergne, TN 37086
Feb 13, 2007 Offering high accuracy edge preparation, HARDCORE(TM) Technology Drills feature specially designed flute profile for optimal chip evacuation, and 140° point geometry produced to zero run out for minimized wear forces. Core carbide grade is resilient to handle slower speed of tool center, while grade of outer shell is wear resistant to match higher speed of tool's cutting edges. TiAlN structure Nano coating maximizes wear resistance and temperature diffusion.
Milling Tools rough complex profiles in hard materials.Stellram La Vergne, TN 37086
May 18, 2005 To cope with impact forces and heat generated when roughing, 5505VX twin edge, indexable carbide insert tools have variable edge condition and feature 0.05 mm tolerance on rotation of tool axis. Helical ground form permits elevated spindle speeds and feed rates. Grade choices include SC3025 for machining cast and nodular irons, and X400 for cutting hardened steels from 52â€“56 HRC. Tools are offered in inch and metric diameters, with Weldon or Morse taper shanks.
Milling Cutters offer optimized metal removal rates.Stellram La Vergne, TN 37086
Mar 04, 2005 Created as roughing tool for moldmakers, 7792VXD series is available as facemill or with Weldonâ„¢ shanks. Inserts, offered in 9 and 12 mm sizes, feature 4 cutting edges. Modular heads and heavy metal extensions are available with 9 mm range. Cutting forces are directed axially into spindle. Designed for facemilling at depths of cut to .098 in. ap max and feed rates up to .118 in. fz max, products are also capable of pocketing, slotting, and plunging.
Plunge Milling Cutter is designed for metal removal.Stellram La Vergne, TN 37086
Apr 29, 2004 Designed to provide high metal removal rate and chip evacuation, 7791VS series utilizes Z-axial cutting force. It is efficient in both roughing operations and deep cavities, and process minimizes tool deflection and side forces. Available in 1.5â€“6 in. and 40â€“125 mm dia, construction materials include steels, cast iron, aluminum, alloys, and high-temperature alloys. Product is suited for aerospace and mold making industries.
Ceramic Inserts are offered in two varieties.Stellram La Vergne, TN 37086
May 27, 2003 Aluminum Oxide inserts are suited for machining of hardened steels, while Silicon Nitride inserts are designed for high-speed machining of cast iron and nickel-based alloys. Both products offer thermal shock resistance and provide alternative to carbide and CBN in specific applications.
Milling Cutter offers true 90° cutting.Stellram La Vergne, TN 37086
Feb 10, 2003 Model VA12 utilizes cast iron grade SC3025 inserts, which offer wear and abrasion resistance, and PVD grade SP6564 inserts, which are suitable for stainless steels and high temperature alloys. Insert thickness allows high feed rates, while insert and pocket design provide smooth chip flow and quiet cutting.
Radius Inserts allow 90 degree milling.Stellram La Vergne, TN 37086
Oct 24, 2002 AP Milling Inserts with -46 geometry are offered in industry standard radii, including 0.031, 0.063, 0.094, 0.157, 0.197, and 0.252 in. Grade X500 is for extreme applications and grade SP6564 is for applications in steels, stainless steels, and high temperature alloys.
Drill Insert handles ductile materials.Stellram La Vergne, TN 37086
Aug 08, 2002 Unidrill® has UC-CCR chipbreaking geometry, suitable for drilling ductile materials such as steels, stainless steels, and cast irons in range of 0.531 to 1.000 in. dia. Corner radius reduces thermal stress, improves tool life, minimizes break-out at back of hole, and improves surface finish. Clamping system ensures precise insert location, while SC7052 CVD coating allows high feed rates at low speeds for less rigid applications and deeper holes.
Drill provides chip control.Stellram La Vergne, TN 37086
Jul 18, 2002 Unidrill® features UC-CCR chipbreaking geometry, which is suitable for drilling steels and stainless steels in diameters from 0.531 to 1.000 in. Corner radii reduce thermal stress, minimize break-out at back of hole, and improve surface finish. Clamping system assures precise insert location, and CVD coating (SC7052) allows high feed rates at low speeds.
Inserts increase milling productivity.Stellram La Vergne, TN 37086
May 10, 2002 X500 milling grade inserts are suitable for machining PH stainless steels, high-temperature alloys, titanium, and alpha and beta titanium alloys, as well as iron, cobalt, and nickel-based metals. Substrate and coating combination increases transverse rupture strength up to 25% with improved thermal stability, providing faster cutting feed rates and increasing parts per edge. In one application, parts per insert increased over 600%.
Milling Cutters offer consistent cutting edge.Stellram La Vergne, TN 37086
Mar 08, 2002 Aerostell(R) 5182 VZ pocket milling cutters with SFZ grade inserts are designed for roughing aluminum and finishing aluminum, pH stainless steel, cast iron, and high temperature alloys. They offer extended tool life due to sub-micrograin carbide, and wear resistance due to insert hardness, ground surface finish and edge preparation.
Precision Ground Insert has 3F geometry.Stellram La Vergne, TN 37086
Nov 08, 2001 Precision ground insert with 3F geometry for stainless steels, aluminum, high-temperature alloys and steels features periphery ground edges for accurate profiling and indexability. Additional features include light hones and positive geometry. Radii are available for light depths of cut and producing small corner radii. PVD grades offer layer of lubricity for reduced coefficient of friction. Coating provides heat resistance and optimizes chip flow.
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