Electrochemical Machining (ECM) for Automotive Braking System Components
How Ventura Precision Components Leverage ECM in Next Generation Brake Piston Production
(Video) COOLPULSE
EXTRUDE HONE’s technology is an enhanced finishing solution for metal 3D printed parts, also referred to as Additive Layer Manufacturing (ALM) components. COOLPULSE technology solves the problem of rough surfaces by keeping the Freedom of Design for metal parts at once! This new technology allows complete surface treatment and sets a milestone in development of ECM (Electrochemical machining).
(Video) Another Great Video from CAMCRAFT!
Thanks #CAMCRAFT
Another great video from CAMCRAFT.
“Thanks Mike! I love to see happy customers promoting our technology. Extrude Hone invented Abrasive Flow Machining.”
(Video) ECM Electrochemical Machining for Fuel Injectors
Thanks #CAMCRAFT
Thanks Marc Bossert Great video, ECM Electrochemical Machining for fuel injectors, nice to see our machine and fixture (at that time we were Kennametal Extrude Hone see the sticker on the machine 0’17”).
Extrusion to die for!
Abrasive flow die polishing by Extrude Hone.
Improving firearm reliability, accuracy, and performance
Extrude Hone is the unique Contract shop providing ECM rifling in America, but that’s not all.
ECM – The perfect heart beat makes the difference
Select the right generator technology for your Electrochemical Machining (ECM) Solution. (more…)
Thermal Deburring – knowing which burrs can be BLASTED.
Manufacturers of manifolds or parts with intersected holes – Learn which burrs are suitable for thermal deburring (TEM). (more…)
Finishing technologies for additive layer components.
Extrude Hone AFM finishing solution for additive layer components. (more…)
ELECTROCHEMICAL MACHINING (ECM) SOLUTION FOR SHAPING.
EXTRUDE HONE is pleased to welcome you to our stand at the DEBURRING EXPO, taking place from October 10th to 12th in Karlsruhe, Germany. You`ll find us in Hall 1, Booth 311.
Electrochemical Machining (ECM) Solution to create a heart-shaped gallery in the main bore of injection nozzles. (more…)