Wirecut EDM machining services

Providing high-end wire EDM services that ensure each part meets your exact specifications.

What is wirecut machining?

Wirecut machining (EDM) is a precision manufacturing process that uses electrical discharges to cut conductive materials with high precision. A thin, electrically charged wire acts as the cutting tool, allowing the machining of complex shapes and close tolerances that traditional methods cannot achieve.

Advantages of the wirecut process

Accuracy: Achieving very tight tolerances and complex designs.
Versatility: Suitable for hard materials and complex geometries.
Minimal distortion: No physical contact between the tool and the workpiece, reducing mechanical stresses.

Surface finishing: Creating a smooth, polished surface, often eliminating the need for additional finishing processes.

Comprehensive Wirecut EDM Machining Solutions

We offer a full range of wire cutting services to meet your manufacturing needs.

Prototype development

From concept to creation, we help you bring your ideas to life with precision.

Production performances

Whether you need small batches, or large-scale production, we deliver consistent quality.

Machining complex parts

Specializing in complex designs and challenging materials.

Reverse engineering

Recreating existing parts with exact specifications.

Materials that can be used for the wire cutting process

Materials suitable for wire cutting must generally be electrically conductive. Here is a detailed list of materials that are typically suitable for this process:

Tool steels:

D2: Known for its high wear resistance and toughness.
H13: High thermal stability and resistance to thermal fatigue.
M2: High-speed steel with excellent toughness and hardness.
A2: Air-hardening steel with good machinability and toughness.

Stainless steels:

304: Widely used due to its corrosion resistance and good mechanical properties.
316: Excellent corrosion resistance, especially in chloride environments.
420: High hardness and wear resistance, commonly used in cutlery.
17-4 PH: Age-hardened steel with high strength and good corrosion resistance.

Alloy steels:

Inconel: A nickel-chromium-based superalloy with excellent high-temperature strength and oxidation resistance.
Hastelloy: A nickel-based alloy known for its outstanding corrosion resistance in harsh environments.

Carbides:

Tungsten carbide: Very hard and wear-resistant, used for cutting tools and wear parts.
Cementite: A composite material with high hardness and toughness, ideal for machining.

Titanium alloys:

Ti-6Al-4V: High strength-to-weight ratio and excellent corrosion resistance, used in aerospace and medical industries.
Ti-6Al-2Sn-4Zr-2Mo: High temperature and creep resistance, used in high stress applications.

Aluminum alloys:

6061: Versatile with good mechanical properties and good corrosion resistance.
7075: High strength, used in aerospace applications, but less corrosion resistant than 6061.

Copper alloys:

Brass: Good machinability, good thermal and electrical conductivity.
Bronze: Strong and resistant to wear and corrosion.
Copper-nickel alloys: Excellent corrosion resistance, especially in marine environments.

Nickel alloys:

Inconel: Maintains strength and resistance to oxidation at high temperatures.
Monel: Nickel-copper alloy with excellent corrosion resistance and high strength.

Graphite:

High thermal and electrical conductivity, easy to machine and used for wire cut machining (EDM) electrodes.

Superalloys:

Rene: High temperature strength and creep resistance, used in turbine engines.
Waspaloy: Excellent high temperature strength, corrosion and oxidation resistance.

Practical applications of wire cutting

From aerospace parts to medical equipment, and from automotive components to complex electronic parts, our wire cut EDM machining capabilities meet the precise standards required for a wide range of complex projects.

Tool and Die Making:

Molds for Injection Molding: Wirecut machining is capable of creating complex, high-precision molds that are essential for producing plastic parts with complex shapes.
Die Casting Dies: This process, used to shape metal parts, ensures the durability and high precision of the molds.
Stamping Dies: These molds, which are essential for cutting and forming sheet metal, are made with the help of wirecut with very precise and complex shapes.

Medical equipment:

Surgical Instruments: Precision, small-scale production of surgical instruments, ensuring sharpness and intricate designs.
Implants: Custom implants such as hip joints and dental implants require high wirecut precision.

Automotive industry:

Prototype and Custom Parts Manufacturing: Manufacturing prototypes and custom parts that require high precision.

Fuel System Parts: Precision cutting of parts such as fuel injectors ensures proper function and efficiency.

Electronics industry:

Connector Manufacturing: Manufacturing connectors and other small, precision electronic components.

Printed Circuit Board (PCB) Manufacturing: Creating complex patterns on circuit boards where precision is critical.

General production:

Prototype Production: Making prototypes of parts and products with complex geometries and high precision.

Low-volume production (small batches): Making small batches of parts in situations where the costs of traditional molding and tooling are not cost-effective.

Machining

Small and precise parts: Production of very small and highly detailed parts that are used in various advanced industries (high technologies).

Why choose our wirecut machining services?

By guaranteeing fast delivery times, providing cost-effective solutions, and exceptional customer service, Payasazeh Sepanta Company is your trusted partner for all your wirecut machining needs.

High accuracy and precision

Our wire cutting machines are capable of achieving tolerances of ±0.001 mm and, using advanced control systems and skilled operators, ensure that parts meet the most precise specifications with consistent, repeatable quality.

Fast delivery time

Our efficient processes and advanced equipment ensure that parts are delivered, typically within 5-7 days, and we prioritize speed without compromising quality.

Ability to perform complex geometries

Wirecut machining makes complex and delicate shapes easy and precise, and is capable of creating features as small as 0.05 mm. This makes it an ideal choice for unique designs and challenging parts.

Excellent surface quality

This process naturally produces high-quality surfaces with a roughness (Ra) of as little as 0.2 micrometers, often eliminating the need for additional finishing processes and resulting in smoother, cleaner parts.

Cost-effective solutions

Our competitive pricing structure offers high-quality parts at a reasonable cost. There are also options for volume discounts to make our services more cost-effective for larger orders.

Broad compatibility with a wide range of materials

Wirecut machining is compatible with a variety of materials, including titanium, tungsten, and hardened steel, and meets the needs of various industries including aerospace, medical devices, and automotive parts.

See our advanced wirecut workshop

Seeing is believing! We invite you to visit our workshops and experience firsthand the quality and efficiency that makes Spanta Payasazeh stand out.

Our CNC turning workshop

Comprehensive FAQs for precision cutting needs

What is the maximum size and thickness of the workpiece that can be processed with your wire cutting machines?

Our wire cutting machines are capable of working on workpieces up to 500mm high and 1000mm long, with a maximum thickness of 300mm. This capability allows us to cover a wide range of part sizes and shapes.

Can wirecutting be used for both prototyping and mass production?

Yes, wire cutting is very flexible and can be used for both prototype development and full-scale production lines. Its high accuracy and repeatability make it suitable for producing unique samples as well as large quantities of parts with consistent, uniform quality.

How does wirecut handle complex shapes and delicate features compared to laser or waterjet cutting?

Wirecut machining excels at producing complex shapes and delicate features that are difficult to achieve with laser or waterjet cutting. It is capable of creating intricate details and sharp corners with high precision, without the risk of thermal distortion or material contamination that is present in laser or waterjet methods.

What type of finishing process is typically required after wire cutting?

Due to the high surface quality created by wire cutting, the need for post-cutting finishing processes is minimal. In most cases, parts can go directly to assembly or further processing. However, for specific applications, additional surface treatments or coatings may be applied as required.

What is the typical delivery time for wirecut projects; and can you accept rush orders?

Typical lead time for wirecut projects is 5-7 days. Rush orders can also be accepted depending on project needs and current workload. Please contact us directly to discuss your specific needs and timeframe.

How do you manage complex part geometries and ensure they fit and function properly?

We use advanced CAD/CAM software to design and simulate complex part geometries before cutting. This allows us to optimize the cutting path and ensure proper part fit and function.

Get a quote for your wire cutting projects now.

Ready to take advantage of our top-notch wire cutting services? Contact us now to receive a personalized quote tailored to your specific project needs.