Modular soldering technology

Modular soldering technology

From our process modules of the modular soldering technique, the optimal modules with regard to process technology and efficiency are selected for the task and combined to proven stand-alone, rotary transfer or inline production concepts for total solutions.

The EUTECT module toolbox shows, that with individual modules or free combinations a lean, individual solution of proven modules can often be achieved for the task of a customer product.

Miniwave soldering

  • Maximum solder joint quality
  • Minimal scrap
  • Minimal solder consumption
  • Maximum system autonomy
  • High process reliability
  • Minimum footprint
  • 100% traceability
  • Maximum connection quality
  • Maximum service life
  • Minimal service work
  • Nitrogen environment (optional)
  • Reproducible solder flow
  • Freely definable solder flow
  • Constant process stability

EUTECT – Miniwave soldering

Miniwave soldering module IW1 with laser height detection

IW1-2 Dual soldering module

Noozle technology

  • Individual nozzle geometries
  • Long service life
  • Optimal cycle time
  • Maximum solder joint quality
  • Flexible nozzle technique
  • Pressure mask technique
  • Flexible nitrogen mask technique
  • Low maintenance
  • Integrated nitrogen supply
  • Definable solder reflux
  • Constant, laminar solder flow
  • Minimised risk of solder beads
  • Maximum solder nozzle geometry (90 mm height, 140 mm width)

EUTECT – Nozzle technology

Double point nozzle

Line nozzle

Induction pump

  • 80% less requirement for replacement parts
  • 50% less service- and maintenance work
  • Minimal installation space
  • Long service life
  • Magnetic induction pump
  • Soldering speed up to 8 mm/sec
  • No rotating parts in solder
  • High-temperature soldering up to 450°C soldering temperature
  • Flow
  • 400 and 800 Watt output

EUTECT Induction pump

Laser soldering

  • High level of flexibility
  • Short setup times
  • Maximum energy efficiency
  • Minimal solder consumption
  • Minimal requirement for replacement parts
  • Low maintenance work
  • Minimum footprint
  • 100% traceability
  • Maximum service life
  • Minimal service work
  • Freely definable energy input
  • Non-contact energy input
  • Immediate system- and process availability

Diode laser

Laser soldering with SWF wire feed

Induction soldering

  • Energy efficient
  • Minimal solder consumption
  • Low maintenance work
  • Minimum footprint
  • 100% traceability
  • Maximum service life
  • Freely definable energy input
  • Non-contact energy input
  • Immediate system- and process availability
  • Fast temperature input

Product-specific induction external circuits

Efficient, inductive preheating

Piston soldering

  • Short setup times
  • Minimum footprint
  • 100% traceability (optional)
  • Product-specific soldering tips
  • Immediate system- and process availability
  • Freely-definable soldering iron feed
  • Automatic soldering tip change

SWF-KL Controlled piston soldering module with nitrogen

Thermode soldering

  • High energy efficiency
  • Short setup times
  • Cycle time optimisation of up to 70%
  • Minimal solder consumption
  • Low maintenance work
  • Minimum footprint
  • 100% traceability
  • Specific thermode geometries
  • µ-precise penetration
  • Penetration control 1µm
  • Contact force is indicated in steps of 0.5 N
  • Temperature-Force-Distance Control
  • Contact pressure of 1-60 N
  • Fast heat input
  • Fast, integrated cooling
  • Redundant temperature measurement
  • Maximum service life
  • Freely definable energy input
  • Immediate system- and process availability
  • Thermode supply through intelligent linear axes
  • Up to 600A power
  • Leading and lagging hold-down device
  • Minimal installation space
  • Integrated Kapton roller

Thermode soldering / bar soldering

Thermode module

Laser Knife

  • Dynamic/cycle-time optimised soldering process
  • Maximum process stability
  • Maximum energy- and resource efficiency
  • Can be used independently
  • High process speed
  • Short setup times
  • Minimal solder consumption
  • Minimal service- and maintenance work
  • Low requirement for replacement- and wearing parts
  • Minimum footprint
  • 100% traceability
  • Maximum process reliability
  • Specific laser knife geometries
  • µ-precise penetration
  • Penetration control/-regulation 1µm
  • Contact force can be regulated with 0.5 N
  • Temperature-Force-Distance Control
  • Fast heat input
  • Fast, integrated cooling
  • Redundant temperature measurement
  • Maximum service life
  • Freely definable energy input
  • Immediate system- and process availability

Laser Knife detail view

EUTECT Laser Knife

Laser Knife machine integration

EUTECT Laser Knife im Einsatz

Laser Knife detail view

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