EPP-16 Electrolytic Pulse Polishing Machine

Rated Power: 16 kW

Primarily used for laboratory and research applications due to its low power capacity. Suitable for polishing small parts with a total surface area of up to 3 dm² per cycle.

EPP-16 Electrolytic Pulse Polishing equipment ensures high-quality polishing of parts with complex geometries. The EPP-16 system is intended for stationary indoor operation at 30±5°C and relative humidity up to 80%.

The complete polishing cycle, including part loading and unloading, takes 1–7 minutes depending on the application. On average, Electrolytic Pulse Polishing of stainless steel to a mirror finish takes about 5 minutes.

The Electrolytic Pulse Polishing process removes burrs, cleans weld seams and heat tint, and performs final surface finishing. The surface quality of the part is improved by 2–4 classes.

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Equipment Configuration of the Electrolytic Pulse Polishing Machine

№	Name	Qty	Brief Technical Description
1	Transformer	1 pc	Power: 16 kW. Dimensions: 900×500×900 mm. Purpose: supplies the machine with rectified voltage.
2	Control Panel	1 pc	Purpose: controls the operation of the machine. Dimensions: 500×500×1300 mm.
3	Technological Working Module	1 set	Purpose: for placing the workpieces, protecting the working area from vapor emissions, and holding technological tooling. Dimensions: 300×300×1300 mm. Parameters to be coordinated with the customer.

EPP-16 Technical Specifications

Parameter	Value
Total polishing area per cycle, dm² (maximum)	3
Continuous operation time, hours (minimum)	8
Maximum power consumption, kW	16
Average noise level, dB (maximum)	80
Total floor area including service zone, m²	2
Electrolyte heating system type	Heating element

Operating Conditions for EPP-16

The Electrolytic Pulse Polishing (EPP) equipment should preferably be installed on the ground or basement floor of the building, with a minimum total room area of 10 m².

The room intended for the equipment must be equipped with the following:

Cold water supply (hot water is not required);
Compressed air line;
Drainage system for removing washing and polishing residues (a common collector may be used);
Exhaust ventilation system;
Rinsing tank (metal or plastic) for washing parts after the Electrolytic Pulse Polishing process to remove any remaining solution.

The average power consumption during a 5-minute polishing cycle is approximately 0.5 kWh per dm²

To select the appropriate Plasma Polishing equipment with the required power, please provide the following information:

Dimensions of the parts to be processed (it is preferable to send us a drawing, sketch, or photographs of the parts).
Material from which the parts are made.
Desired result of the Plasma Electrolytic Polishing process — for example: mirror finish, edge rounding, burr removal, oxide/scale removal, weld seam cleaning, etc.
Quantity of parts to be polished per work shift, and the number of shifts per day.

Our Clients

EPP Dynamics Pvt Ltd proudly serves a wide range of industrial customers — from small specialized manufacturers to large international corporations.
Our technology and equipment are trusted by companies across diverse industries that demand the highest standards of surface quality and production efficiency.