Cutting processing of resin for audio equipment
Leave the precision machining of speaker cones for audio equipment to us.
In the audio equipment industry, particularly in the manufacturing of speaker cones, precise shapes and dimensional accuracy that affect sound quality are required. Even slight distortions or irregularities can potentially degrade acoustic characteristics, necessitating careful attention to detail from material selection to processing accuracy. Our resin cutting processing meets these demands and supports the production of high-quality speaker cone components. 【Application Scenarios】 - Prototype and mass production of speaker cones - Manufacturing of precision parts that affect acoustic characteristics - Processing of small and thin-shaped components 【Benefits of Implementation】 - Provision of high-precision parts contributing to improved acoustic characteristics - Flexible response to the diverse demands of audio equipment - Increased productivity through mass production processing with stable quality
basic information
**Features** - Specializes in precision machining of small parts ranging from finger to palm size - Compatible with a variety of engineering plastics such as Teflon, PEEK, and polyacetal - High-precision machining using NC lathes and machining centers - Careful work under temperature-controlled conditions to minimize machining variations - Capable of processing thin holes, thin, small, and complex shapes **Our Strengths** - Precision machining of palm-sized parts including drilling, threading, and corner rounding - Capable of mass production from 10 to about 10,000 pieces - Responds to diverse requirements with high quality, precision, and short delivery times
Price information
-
Delivery Time
Applications/Examples of results
Piping such as fittings, medical device parts, electronic device parts, semiconductor parts.
catalog（3）
Download All Catalogs
_1.jpg?w=120&h=170)
Recommended products
Distributors
We perform precision machining such as drilling, threading, and corner rounding on parts that are the size of a palm, using NC lathes and milling machines.