Silicone Keypad Manufacturing Videos

Showcasing real production processes of silicone keypads, including material preparation, compression molding, printing, laser etching, trimming, separation, and quality inspection.

We provide full OEM & ODM silicone keypad manufacturing solutions with stable quality and controlled production processes.

Silicone Mixing

This video shows the silicone rubber two-roll milling process used in silicone keypad material preparation. The silicone material is repeatedly processed through rotating rollers and manually folded back for continuous milling. This process helps improve material uniformity, consistency, and processing stability before cutting and compression molding.

Silicone Sheet Cutting

This video demonstrates the cutting of flat silicone rubber sheets into smaller preforms for silicone keypad manufacturing. The material is cut into uniform pieces to ensure stable molding performance and consistent production quality. This step is an important preparation stage before compression molding.

Silicone Weighing

This video shows the silicone keypad material preparation process, including cutting silicone rubber into small pieces and weighing each piece individually. Accurate weight control is essential to ensure consistent molding results and stable product quality during mass production.

Silicone Compression Molding

This video shows the silicone keypad compression molding process. Silicone material is placed into molds, and heat and pressure are applied to form the final keypad structure. This process ensures precise dimensions, stable performance, and long service life for OEM and ODM applications.

Silicone Screen Printing

This video demonstrates automated screen printing on silicone keypads. Ink is precisely applied onto the keypad surface to form clear and durable legends. The process ensures high consistency and stable print quality for mass production.

Silicone Laser Etching

This video shows the laser etching process used in silicone keypad manufacturing. A high-precision laser is used to mark symbols and legends onto the keypad surface. This process creates durable and wear-resistant markings without the use of ink.

Silicone Press Cutting Separation

This video shows the press cutting separation process after molding. Connected silicone keypads are placed into a press machine and separated into individual parts under controlled pressure. This ensures clean edges and efficient batch processing while maintaining structural accuracy.

Silicone Manual Separation

This video shows the manual separation process of silicone keypads after molding. Operators carefully separate each keypad from a connected sheet using tools. This process ensures controlled handling and prevents damage to delicate structures.

Silicone Trimming

This video shows the trimming process used to remove excess silicone material after molding. Operators manually remove flash from the edges to ensure clean appearance and precise final dimensions. This step improves product consistency and visual quality.

Silicone Manual Deflashing

This video shows the final inspection and finishing process of silicone keypads. After molding, each product undergoes strict quality control, including manual deflashing and detailed inspection. Each keypad is checked to ensure structural integrity, printing quality, and sealing performance before packaging.

Manufacturing Capability

Silicone keypad manufacturing involves multiple precise production stages, from raw material preparation to final inspection. Each step directly impacts product durability, tactile performance, and surface quality. We specialize in full-process silicone keypad manufacturing, covering material preparation, compression molding, surface printing, laser marking, and post-processing operations.

Our manufacturing system supports both small-batch prototyping and large-scale OEM and ODM production, ensuring consistent quality across every batch through standardized processes and strict quality control. With precise material handling, stable molding performance, and durable surface finishing, our products are designed to meet the requirements of industrial, medical, and consumer applications.