Quality 40mm (1.57 inch) Equipment Foot Pads Upgrade or worn foot pads with these durable, performance supports designed for audio and electronic equipment. Engineered for stability, vibration control, and long service life. Key Features: Size: Standard 40mm diameter (1.57 inch) suitable for a wide range of equipment. Compatibility: Ideal for Amplifiers, Audio Amplifiers, Tube Amplifiers, LD players, CD players, DVD players, medical instruments, and similar devices. Construction: Made from quality plastic combined with EVA sponge for enhanced durability, hardness, and vibration absorption. Easy Installation: No drilling or doublesided adhesive required, preventing potential damage to your equipment. Performance Benefits: Vibration Control: Reduces the contact area with surfaces to minimize vibration transfer. Impact Absorption: Effectively absorbs shock to protect sensitive components. Stability Enhancement: Helps suppress sudden movement caused by vibration, improving the steadiness and clarity of audio output. Resonance Reduction: Optimizes true sound reproduction by reducing unwanted resonance and mechanical noise. How It Works: By increasing the equipment's pressure point stability while reducing its contact area, these foot pads suppress instantaneous jumps caused by vibration and stabilize direct wave transmission. The material properties deliver vibration attenuation, blocking external vibrations and controlling internal mechanical movement. Use Scenarios: 1. Audio Setup: Install under amplifiers, preamps, and CD/DVD players to improve sound clarity and detail while minimizing distortion. 2. Professional Studio: Place under mixers or audio interfaces to ensure accurate monitoring and reduce interference from external vibrations. 3. Medical Equipment: Use on sensitive diagnostic instruments to protect calibration accuracy and operational stability during regular use. With strength, quality materials, and precision engineering, these 40mm foot pads are a practical solution for extending equipment life, improving performance, and maintaining consistent operation in both audio and professional environments.