Polerskive Dremel EZ SpeedClic 2615S512JA

The Dremel EZ SpeedClic 2615S512JA buffing disc set includes medium/coarse and fine finishing abrasive buffs designed for precise and delicate material removal on metal, glass, wood and plastic. Their flexible construction allows access to tight and irregularly shaped areas. The discs fit Dremel mandrels 402 and SC402 and use the EZ SpeedClic quick, keyless attachment system for fast accessory changes. The fine buff is 320 grit, with a 3.2 mm shank diameter and a 2.5 cm disc diameter, for precision polishing and smooth finishes.

Advantages

Flexible abrasive buffs suitable for detailed work on a variety of substrates; compatible with Dremel mandrels 402 and SC402; EZ SpeedClic system enables quick, tool-free changes; includes both medium/coarse and fine finishing options for material removal and polishing; small shank and disc dimensions support access to confined areas and accurate control.

Suitable for (tasks / use cases)

• Polishing and finishing metal components
• Smoothing and refining glass edges and surfaces
• Detail work on wooden pieces and carvings
• Removing burrs and refining plastic parts

Key specifications

• Brand: Dremel
• Model / MPN: 2615S512JA
• EAN: 8710364037117
• Attachment system: EZ SpeedClic (keyless)
• Mandrel compatibility: 402 and SC402
• Grit (fine buff): 320
• Shank diameter: 3.2 mm
• Disc diameter: 25 mm

How to use

Attach the buffing disc to the mandrel (402 or SC402) and engage the EZ SpeedClic system according to the tool manufacturer’s instructions. Operate the rotary tool at a moderate speed appropriate for the material being worked on, applying light, consistent pressure and moving the disc smoothly across the surface. Start with the medium/coarse buff to remove material or burrs, then switch to the 320-grit fine buff to achieve a polished, smooth finish. Ensure the workpiece is secure and take care when working on thin or fragile materials.

Recommendations

Wear appropriate eye and respiratory protection when grinding or polishing. Test on a scrap area first to determine suitable speed and pressure for the specific material. Avoid excessive heat buildup by using light pressure and intermittent contact.