Metcal GT90 and GT120 Inductive Heating Technology
Can Increase Your Productivity By Up To 260% Compared To Competitive Resistive Products
Temperature
is measured by how fast a soldering iron heats to an initial ready-to-solder temperature
GT90
Up to 15% Faster
Than Comparable
90 Watt Resistive Systems
GT120
Up to 15% Faster
Than Comparable
150 Watt Resistive
Systems
GT90
More Than 2X Faster
Than Comparable
90 Watt Resistive
Systems
GT120
More Than 80% Faster
Than Comparable
150 Watt Resistive Systems
Time
is the time it takes a soldering iron to solder a specific joint
Time
is the time it takes the soldering iron tip to return to the set point temperature
GT90
Recover Up to 2X Faster
Than Comparable 90
Watt Resistive Systems, With Virtually No
Overshoot
GT120
Recover Up to 60% Faster
Than Comparable 150
Watt Resistive Systems, With Virtually No
Overshoot
GT90
More Than 2X Faster
Than Comparable 90 Watt
Resistive Soldering Systems
Less Temperature Drop Peak-To-Peak
Delivers A More
Consistent Solder Joint
Than Comparable
90 Watt Resistive Systems
GT120
Up to 80% Faster
Than Comparable 150 Watt Resistive Systems
Less Temperature Drop Peak-To-Peak
Delivers A More
Consistent Solder Joint
Than Comparable
150 Watt Resistive Systems
Solder Cycle
is the time it takes to solder a joint and includes dwell and recovery times
Metcal GT90 and GT120 Inductive Heating Technology Can Increase Your
Productivity
By Up To 260% Compared To Competitive
Resistive Products
*Based on the number of predicted solder joints per hour; including dwell time, recovery time and from simulated 0805 load testing