Used SMT Equipment | Board Cleaners
Aqueous Tech Trident 111 Must sell posted 5/5/15 208V 3 phase 40 Amps Year 2008 Trident III is capable of removing all flux residues including rosin, no-clean and water soluble. Both lead and lead-free flux residues may be removed using the
Used SMT Equipment | Soldering - Reflow
The SMRO-4000 Scirocco Reflow oven has been developed for reflow soldering of Hybrid boards, SMT boards and Curing Glue or thin film pastes. The machine is developed for medium to large series of assembly. The Scirocco is based on hot air convection.
Used SMT Equipment | Soldering - Reflow
The SMRO-4000 Scirocco Reflow oven has been developed for reflow soldering of Hybrid boards, SMT boards and Curing Glue or thin film pastes. The machine is developed for medium to large series of assembly. The Scirocco is based on hot air convection.
Used SMT Equipment | Soldering - Reflow
The SMRO-4000 Scirocco Reflow oven has been developed for reflow soldering of Hybrid boards, SMT boards and Curing Glue or thin film pastes. The machine is developed for medium to large series of assembly. The Scirocco is based on hot air convection.
Used SMT Equipment | Board Cleaners
Aqueous Technologies Trident III Cleaning System SKU 16561 : For pricing or questions please call or email us • Refurb 2024 • Environmentally Responsible Fully Automated Cleaning System • Optional Zero Discharge * &
Used SMT Equipment | Soldering - Reflow
BTU Pyramax 125N Parameters Pyramax Specifications Model Pyramax 125N Atmosphere Air or Nitrogen Conveyor Speed 10-60 in/min 25-152 cm/min Conveyor Width 2-18 in 51-457 mm Heated Length 125 in 3175 mm Heated Zones&
Used SMT Equipment | Board Cleaners
Automatic Wash + Rinse + Cleanliness Test + Dry + SPC Lead Free Ready The SMT Series Cleaning Systems include the industry's most powerful batch-format drying system. The SMT series cleaners utilize a combination of convection and radiant heat t
Used SMT Equipment | SMT Equipment
Features: 1. Heating system 1.1 Independent heating models are located with top and bottom with single hot air circulation in each zone. 1.2 All the heating zones are controlled by PLC through PLD, 1.3 Each zone is heated step by step, thus reducin
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