Solder Pots & Preheating Plates

Solder pots and preheating plates help make soldering more consistent and repeatable: they provide controlled temperature management, improve solder wetting and reduce thermal stress on PCBs and components.

What you’ll find in this category

This selection includes tools for soldering and rework, commonly used in electronics labs, service benches and light production.

• Solder pots / solder wells: molten solder in a stable bath, ideal for repetitive operations on wires, terminals and small parts.
• Preheating plates: bring the PCB gradually to working temperature (either contact or infrared, depending on the model).

When to choose a solder pot

A solder pot is recommended when you need a stable, ready-to-use molten alloy source, typically for:

• tinning and preparation of wires/terminals
• repetitive operations where throughput matters
• workflows requiring constant temperature and reliable control

When to choose a preheating plate

A preheater is ideal to reduce thermal shock and improve soldering quality, especially on high thermal-mass PCBs or sensitive components.

• Rework and repairs on electronic assemblies
• Lower risk of pad/pitch stress and board damage due to thermal gradients
• Better control of the thermal profile during soldering

How to choose: quick checklist

• Application: tinning/dipping (solder pot) vs PCB preheating (preheater)
• Heating method: contact vs infrared (depending on size and part/board characteristics)
• Usable area (preheaters): heated surface vs PCB dimensions
• Temperature range and stability: digital control, accuracy and uniformity
• Power and warm-up time: based on thermal load

Technical highlights

• Category: soldering and rework equipment
• Types: solder pots/wells, preheating plates (contact or infrared)
• Use: tinning/dipping, PCB preheating, soldering and repair support
• Typical environments: electronics lab, maintenance, production

Tip: if you work on high thermal-mass PCBs or sensitive components, preheating helps achieve more uniform joints and reduces the risk of thermal damage.