Strengthen your Electronics Manufacturing productivity with Phillips

The electronics industry is one of the world’s largest and most powerful industries, and CNC machined parts and 3D printed parts are being used in many of its products, ranging from high-tech professional equipment to consumer electronics
The components for the electronics industry include both metal and plastic parts, and technologies used to produce them include CNC milling machines, CNC turning machines, Wire Cut EDM, Grinding Machines and 3D Printers. Both Subtractive and Additive manufacturing allows for the production of fine-detailed components such as circuit boards, while several machining technologies enable the mass production of components at scale.

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Casings and Enclosures

Casings and Enclosures

CNC machining allows for the manufacturing of casings and enclosures with tight tolerances, high strength, and complex geometries. This method of manufacturing has a faster turnaround time than die casting and injection molding.

Printed Circuit Boards

Printed Circuit Boards (PCBs)

Instead of etching, CNC machining fabricates conductive tracks and other elements on PCBs to achieve greater precision and eliminate the use of toxic chemicals.

Semiconductor Components

Semiconductor Components

The CNC machining process has streamlined the processing of semiconductor materials such as silicon and aluminum. It offers tighter tolerances than manual machining, making it an ideal choice for semiconductor manufacturers.

Connectors and Sockets

Connectors and Sockets

CNC machining plays a big role in the manufacturing of connectors and sockets as it adepts at cutting small metal components to very tight tolerances.

Heat Sinks

Heat Sinks

Machinable metals, such as aluminum and copper, can be used to create heat sinks via CNC machining technology. A precision CNC machine can cut even very small heat sinks and can create the devices in various configurations based on requirements.

Technologies Provided

Additive Manufacturing

With Markforged 3D printing, engineers can reduce the barriers between ideas and functional, ESD safe parts.

Mark Two

Metal X​

CNC Milling and Turning Machining Centers

CNC Machining has wide range of application in electronic industry ranging from circuit boards, semiconductors to heat sinks there by providing repeatable and consistent results in parts with more accuracy and reliability.

Haas VF-2-I

Haas VF 4-I

Haas DT-1

Haas ST-Y Series

Grinding Machines

Phillips Grinding solutions deliver high precision surface finish for sheet metal components used in Switches, sockets and starters for maintaining size and dimensional accuracy.

Surface Grinder

Tool and Cutter Grinder

5 Axis Tool and Cutter Grinder

CNC Precision Cylindrical Pinch /Peel Grinder

Double Column Surface Grinder

Phillips Cylindrical Grinder

EDM Machines

Phillips Wire EDM enables to deliver custom stamped parts for electronics that meet the tight tolerances and dimensional requirements of today’s high-tech electrical devices.

ZNC Die Sinking

Drill EDM

Fast Speed Wire EDM

High precision CNC Die Sinking EDM

Metal Forming

Metal forming has wide industrial application in Electronics ranging from small parts such as customized gears, brackets or cable connectors to larger parts like electrical cabinets, computer enclosures, and wall mounts.” Under Metal Forming Technology

CNC Turret Punching Machine

CNC Press Brake

CNC Laser Cutting Machine

CNC Guillotine Shearing Machine

Case Studies

Nipa International are very satisfied with HAAS as it suits their requirements for tolerances, and the desired finish is excellent. Nipa International is now one of the most significant OEMs and manufacturers of modular switches and other accessories, for various global brands in India, and for domestic and export markets.
Electronics manufacturing’s greatest need is 3D printing’s greatest strength: speed. Fischer Connectors can print a set of prototype mold tools in just 24 to 48 hours for ~$150 — far faster and cheaper than 2 to 4 weeks at a minimum of $5,000.

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