ReLife RL-067 Universal Soldering Heating Table Attachment
Universal Mini Soldering Iron Heating Table Attachment
- Universal Iron Tip Mount: Mounts directly onto standard 900M, T12, T210, and T115 soldering iron tips to act as a mini pre-heating plate.
- FPC Flex Cable Specialized: Purpose-built for safe, even heating during FPC connector replacement, Face ID cable repair, and camera module rework.
- High-Purity Copper Core: High thermal conductivity copper construction delivers rapid heat transfer and stable temperature output.
Please Note: Pictures are for illustration purposes only. Soldering iron handle and tips are sold separately.
ReLife RL-067 Universal Soldering Iron Heating Table Attachment
Transform your standard soldering iron into a precision mini pre-heating platform with the ReLife RL-067 Universal Heating Table Attachment. Designed specifically for micro-soldering technicians working under a microscope, this compact attachment attaches directly to standard soldering iron tips to provide localized, uniform heat for delicate flex cable and small component rework.
Crafted from high-purity copper, the RL-067 platform ensures immediate heat conduction and stable temperature retention. It eliminates the need for high-velocity hot air blowing when replacing delicate plastic FPC connectors, preventing surrounding component displacement, plastic housing melting, and board warping on fragile flex assemblies.
Key Performance Features:
- Universal Iron Compatibility: Clamp mechanism fits securely onto 900M, T12, T210, T115, and 245 series soldering tips.
- FPC & Connector Rework: Engineered for risk-free desoldering and soldering of FPC flex cable sockets, camera connectors, and battery ports.
- Rapid Copper Conduction: Premium pure copper body provides fast, localized heating across the entire platform surface.
- Protects Delicate Components: Prevents heat degradation to plastic housings and nearby surface-mounted ICs compared to hot air guns.
- Ultra-Compact Bench Tool: Space-saving mini design offers high-precision control under high microscope magnification.