Group items tagged

COPPER CLADDED ELECTRODE ARM The conductive electrode arm is a new type of cross arm made of copper steel composite plate or aluminum steel composite plate, with a rectangular cross-section shape and internal water cooling. The electrode arm eliminates many insulation links between the water-cooled conductive copper tube, 2 electrode voltage clamp, and cross arm, greatly simplifying the cross arm structure in ultra-high power electric arc furnaces.

Unleash Your Potential with the Cutting-Edge Copper Cladded Electrode Arm by CHNZBTECH. Revolutionize Your Workouts and Power Up Your Performance Through Electrode Arm. Get the Electrode Arm of a Superhero Now!

Advantages of CNC EDM Spark Erosion Machine 1: The CNC spark erosion machine has designed two side repair programs, the rectangular with sharp edges and corners adopts the flat-bottomed square side repair plan, and the round or multi-curved ellipse adopts the flat-bottomed round side repair plan. During the side repair process, the electrode moves and feeds towards the workpiece at an angle. At this time, the tool electrode moves from the center to the outside, from top to bottom, and is automatically controlled by CNC, that is, the three-axis linkage. This kind of movement accomplished by CNC EDM spark erosion services machine is not easy to accumulate carbon, easy to remove chips and exhaust, will not cause arcing, and has high production efficiency. 2: CNC spark erosion machine X-axis lateral processing of opposite molds, high mold clamping accuracy, and productivity can be much higher than that of Z-axis downward processing. 3: CNC EDM spark erosion machine adds special control to the control circuit. When arcing or false short circuit occurs, the pulse power is immediately cut off, and the energy supply to the cavity is stopped. The electrode temperature will not continue to rise, reducing the occurrence of fire. 4: CNC EDM spark erosion machine adopts a complete low-voltage pulse method after high-voltage breakdown. The pulse width is equal. Practice of EDM machine application has proved that this pulse method further reduces the loss of the tool electrode, the processing surface is rough and uniform, and the end surface loss of the tool electrode is small . 5: The CNC EDM spark erosion machines by DMNC-EDM, a reliable EDM machine supplier, can use one electrode for rough and fine machining, which saves the manufacturing time and cost of the double electrode, saves the trouble caused by the correction of the fine machining electrode, and shortens the mold manufacturing time. 6: Self-appropriate function, the so-called self-appropriate knife lift, is that

COPPER BUSBAR SYSTEM The copper busbar bending system refers to the high-current line which is rear part of transformer secondary, and the custom copper busbar is composed of water-cooled cable compensator, water-cooled copper tube group, large-section water-cooled cable,electrode arms and graphite electrode. The grounding copper busbar does not includes electrode arms and graphit electrodes.

Looking for the best deals on the quality custom copper busbar? CHNZBTECH is your go-to supplier and manufacturer for custom electrical copper grounding busbar. Get an unbeatable busbar copper price and ensure optimal performance for your electrical systems. Don't miss out, click now!

Automation CNC EDM Erosion Machine CNC spark EDM combines with robot, CMM, electrode and workpiece store station, and CNC high speed milling center to realize fully automatic production. DMNC provides a complete solution, and that's the CNC EDM automatic spark erosion cutting machine. ADV400 CNC EDM Machine With Automatic Working Tank ADV600 CNC EDM Machine With Robot Electrodes Changer Automation CNC Spark Machine Highlights Robot and electrode/workpiece station available to realize automation application in electric discharge machining.

This small cardiac vein heart model is mainly made of high transparent soft silica gel, which is used for surgical training related to interventional diagnosis and treatment such as cardiac pacemaker, functional test and functional demonstration of surgical instruments. The surgical instruments involved include cardiac pacemaker guide wire, lead electrode and other instruments.

A45 CNC spark erosion machine has three-axis simultaneous control and 5th generation electrical discharging control system, best surface finish Ra≤0.08μm, Min. electrode wear ≤0.05%, standard equipped with 50A controller and Max machining efficiency ≥500mm3/min. Excellent performance and suitable dimension make A45 ideal for making various molds with the strict requirements of surface finish and accuracy.

A1880 twin heads CNC spark erosion machine has two separated controllers and two separated machine heads, three axis simultaneous control of each head and DMNC 5th generation electrical discharging machining control system, best surface finish Ra≤0.2μm, Min. electrode wear ≤0.1%, standard equipped with 50A controller and Max machining efficiency ≥500mm3/min. It is ram type CNC EDM machine, the working table of A1880 is fixed, so it can load heavy molds without affecting the motion of X and Y axis while moving. Two separated heads on A1880 RAM EDM machine can do separated machining at the same time. 

This heart simulator is mainly made of high transparent soft silica gel, which is used for surgical training related to cardiac electrophysiology and interventional diagnosis and treatment of structural heart disease, performance test and function demonstration of surgical instruments. The surgical instruments involved include guide wire, catheter, electrode, occluder and other instruments.

An EAF electric arc furnace china is a sophisticated industrial facility used for melting and refining various types of metals, primarily steel. The EAF furnace operates on the principle of electrical energy being converted into intense heat through an electric arc. In the furnace, an electric arc is generated between electrodes and the metal charge, resulting in temperatures exceeding 3,000 degrees Celsius.

EAF steel production, also known as Electric Arc Furnace steelmaking, is a vital process in the metallurgical industry. It involves the use of Electric Arc Furnaces to melt and refine scrap steel, contributing to the sustainable and efficient production of steel. The process begins with the charging of scrap steel into the electric arc furnace. Electrodes, typically made of graphite, are then lowered into the furnace, creating an electric arc that generates temperatures exceeding 3000 degrees Celsius. This intense heat melts the scrap steel, facilitating the removal of impurities and alloying elements, resulting in high-quality steel.