Thermaltronics TMT-9000S Soldering & Rework Station

Curie Heat Technology allows the TMT-9000S to automatically adjust its power output in real time to match the thermal demand of each solder joint. This helps prevent overheating delicate components or under-heating joints, improving solder quality, tip life, and reducing rework.

The unit is available in two versions:

• TMT-9000PS-1: 100-110 VAC input
• TMT-9000PS-2: 220-240 VAC input

This gives flexibility for different regional electrical standards.

• Tip-to-ground potential is < 2 mV, which helps protect ESD-sensitive components.
• Tip-to-ground resistance is < 2 Ohms DC.
• Idle temperature stability (no load) is ±1.1 °C (±2 °F).
• It’s certified under standards like TUV, CE, GS & NRTL for compliance and safety.

The maximum output power is 40 Watts. It operates at 13.56 MHz RF frequency. This combination gives strong thermal recovery for demanding solder joints, especially where copper planes or large ground pours are involved.

• Dimensions: approximately 212 mm × 118 mm × 132 mm (W × H × D).
• Weight: about 3.47 kg.
• Ambient operating temperature: 10-40 °C (50-104 °F).
• Maximum enclosure (i.e. internal ambient) temperature: 50°C (122°F).

No. The station is designed so that no additional calibration is required—a benefit of the Curie Heat system. Operator training is minimal because the system regulates itself, reducing variation due to user error.

The TMT-9000S uses Thermaltronics “cartridge” style tips (M-series). Tip replacement is quick and straightforward: you pull out the old tip, insert new one—no extra coil assemblies required. The system supports different tip geometries (e.g. fine/conical, chisel) for different soldering tasks.

Some limitations / considerations include:

• Though 40W is strong, very large copper planes or heavy ground masses may still require longer dwell times or pre-heating via other means.
• Cartridge tips are consumable; frequent tip changes can add cost depending on intensity of use.
• Because heat is regulated via Curie heat, in some cases the thermal ramp-up may feel different / slower compared to fixed high-W irons—this requires acceptance or process adjustment.
• For ultra-fine pitch reflow or very delicate components, top-side pre-heating or external heat management may still be needed to avoid thermal stress.