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Used Inventory

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EMAG PI ECM/ PECM Machine

Premium Integrated (PI): The optimal entry-level machine for the (P)ECM process. With the PI modular machine platform, EMAG’s successful concept, i.e. same basic structure combined with customized technology, now also makes inroads at EMAG ECM. This offers you maximum flexibility for your machining projects in the area of electrochemical machining (ECM/PECM). The right module for each application in electrochemical machining. Electrochemical machining (ECM or PECM) can be used to machine a great number of different workpieces. Which technology comes to be used depends on the requirements of the workpiece. ECM can be implemented for deburring, drilling, inside profiling or even for gear cutting. If you want to achieve a high level of reproduction accuracy, then PECM is the right choice. EMAG ECM already offers highly specialized machine solutions for both technologies, which are implemented for a wide variety of industries throughout the world. Above all, ECM and PECM are implemented wherever demanding materials (e.g. very hard) are to be machined or if material removal technologies reach their limits or simply are too expensive, e.g. if a burr and chip-free component can only be achieved through elaborate finishing. Despite the many advantages that the technology offers, it remains unknown to many users. EMAG ECM now wants to change this with its new PI. To achieve this, the PI ECM machine draws on the successful principle of the CI deburring machine—a machine design that always remains the same and a technology that perfectly matches the application. This allows for fast delivery, low costs and above all simpler handling. To begin with, there is the compact machine design. The entire machine technology, incl. modular electrolyte management and electrical engineering, fits onto a forklift-compatible basic framework. Yet, the actual revolution is the modular design of the machining area. Users can choose from four modules: The PECM module with oscillator, the ECM countersink module, the ECM rifling module and the ECM deburring module, all suitable for simultaneous machining of several identical workpieces. Mineralit for highest precision. Each of the modules, except for the deburring module, is built onto a machine base made of MINERALIT® polymer concrete, a further innovation that has been adopted from EMAG’s modular machines. MINERALIT® has optimal vibration-damping properties and contributes to the modules’ high precision. The linear guides with absolute measuring systems, which ensure high rigidity and precision during machining operations, are fastened onto the machine base. - Generator capacity: A (DC) 400 – 2.500 - Generator capacity: A (pulse) 400 – 8.000

Condition: new

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EMAG PO100 SF ECM/ PECM Machine

The Cost-Effective Solution for Complex Turbine-Blade Machining with PECM Technology. The machine construction technology used for producing turbine components is developed at EMAG ECM GmbH – the technology center for Electro-Chemical Machining (ECM) within the EMAG Group. The compact PO 100 SF model is configured for the machining of turbine blades. PECM Technology for "Soft" Turbine-Blade Machining. EMAG's PECM technology is used on the PO 100 SF. This technology is a targeted refinement of the ECM process, where the gap between the workpiece and the tool through which the electrolyte solution flows is especially narrow. Simultaneously, the feed is superimposed by a mechanical oscillation movement. The two factors together ensure an even more effective, precise removal of the material – which generates financial benefits as well. Expensive milling tools are no longer required, and thermal influences do not impact the turbine blades. This and perfect surfaces with low roughness values produced by the PECM process ensure that post-processing is practically eliminated. - Machining area: mm 750 x 600 x 360 - Clamping surface: mm 370 x 450 - Generator capacity: A (DC) 2 x 2.500 – 5.000

Condition: new

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EMAG PO900 BF ECM/ PECM Machine

Blisk Machining on a PO 900 BF. EMAG ECM has two machine types for the different machining tasks of jet engine and turbine production: while the small PO 100 SF model is designed for machining turbine blades, the larger PO 900 BF machines complete blisks. The systems differ in machining area size, footprints, generator capacity and the number of machining axes. Precise PECM technology and EMAG high performance components are naturally available in both types. Both these machines also provide the user with key EMAG innovations such as a Mineralit® polymer concrete machine base, intelligent software and hardware interfaces and efficient automation solutions. Machining from single Turbine Blades to the Complete Blisk. PECM - Non-contact material removal and fast processes. Electro-chemical machining is a well established process for machining extremely hard materials. With their PECM technology, the experts from EMAG ECM have further developed this method and tuned it to perfection. During the process, the workpiece becomes the positive anode and the tool the negative cathode as an electrolyte solution flows between them. In the PECM process the gap between the workpiece and tool, through which the electrolyte solution flows, is particularly narrow. The supply of the electrolyte solution is enhanced by a mechanical oscillation motion. Both these factors together ensure that the material removal is even more effective and precise.

Condition: new

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EMAG PS ECM/ PECM Machine

PS – PREMIUM STANDARD: Flexible Machine Platform for Electro-Chemical Machining The PS machine with a deburring, sinking , or oscillation module is the flexible machine platform for the (P)ECM process: - Modular machine concept - Manual or semi-automatic starter systems - Suitable for automation using robots or gantry loaders - Smart software and hardware interfaces PS - (P)ECM Precision Machining in Modular System. The PS single machine provides the basis for a modular system. This reduces investment costs because customers only have to invest in linking several processes (e.g., pre-washing, (P)ECM station, (P)ECM station 2, final treatment, and automation) once production increases. The PS is ideal for ... - ECM deburring - (P)ECM internal profiling - (P)ECM machining - (P)ECM sinking The PS modules have a base made of MINERALIT®, a polymer concrete which is 8 times more resistant to vibration than gray cast iron. The machine and the tools suffer from less vibration as a result of this outstanding feature. Highlights of the PS - Premium Standard: - Machining area: sinking module, oscillation module or deburring module - Scalable generator technology up to 2,500 A - DC, Pulse and PECM technology - Flexibly configurable pulse technology - Individual cathodes can be selected/deselected - Single cathode monitoring - Process control using time, distance, and ldt - In the form of a sinking module: 400 mm Z stroke - In the form of an oscillation module: 200 mm Z stroke - Touch panel and S7-1500 controller from Siemens - Conductivity monitoring - Temperature control - pH value control with metering Options: - Fast short-circuit shutdown - Automatic cathode cleaning - Oscillation at up to 100 Hz and stroke from 0 to 0.6 mm - C-axis for interpolated multiple sinking movement - IoT Ready - Automation interface - Can be combined with all electrolyte management systems from 20 – 600 l/min - Automatic machining area door

Condition: new

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EMAG PTS2500 ECM/ PECM Machine

PECM technology for manufacturing demanding structures and contours. The PECM PTS 2500 helps complete difficult machining tasks by reducing process streams. The high reproducibility of this premium series of PECM machines is achieved thanks to an intelligent machine concept and our patented PECM technology. PECM (Precise Electro-Chemical Machining) on EMAG's PECM systems. The EMAG PTS 2500 enables the highly precise integration of demanding geometries. The EMAG ECM and PECM technology applied here is an excellent option, even if many developers and design engineers are still unfamiliar with it. The process always stands out where complex components have to be produced from demanding materials. High rigidity alloys and similar materials are processed nearly no tool wear. This produces surfaces with maximum quality – without burr formation or changes to the material's microstructure.

Condition: new

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