Nano-copper sintering in formic acid vapor.
This elevator format oven utilizes vertical space to accomodate curing applications of up to 4 hours while only occupying 96" (2.5m) of floorspace. Perfect for underfill and encapsulant.
Increase productivity, improve quality, reduce costs with vertical format curing solutions from Heller Industries. Learn more: http://www.hellerindustries.com/755-Vertical-Oven.php
1809 MK5 - Heller Advanced In-Line Vacuum Reflow Oven Nitrogen System with Balanced Flow Technology 9 Top And Bottom Heated Zones - highest zone count per linear foot in the industry! 100" Heated Length - for super throughput! 2 Internal C
slim kic 2000 Specifications: KIC 2000 Profiler * 9 Channels Slim Kit KIC 2000 Profiler * 9 Channels * Full Original Package, with original Thermal Couples, Protective Shield, Software, etc * Technical Support and Warranty from USA * Thermal Pr
SLIM KIC 2000 SPECIFICATIONS: KIC 2000 Profiler * 9 Channels Slim Kit KIC 2000 Profiler * 9 Channels * Full Original Package, with original Thermal Couples, Protective Shield, Software, etc * Technical Support and Warranty from USA * Thermal Pr
SLIM KIC 2000 SPECIFICATIONS: KIC 2000 Profiler * 9 Channels Slim Kit KIC 2000 Profiler * 9 Channels * Full Original Package, with original Thermal Couples, Protective Shield, Software, etc * Technical Support and Warranty from USA * Thermal Pr
SLIM KIC 2000 SPECIFICATIONS: KIC 2000 Profiler * 9 Channels Slim Kit KIC 2000 Profiler * 9 Channels * Full Original Package, with original Thermal Couples, Protective Shield, Software, etc * Technical Support and Warranty from USA * Thermal Pr
SLIM KIC 2000 SPECIFICATIONS: KIC 2000 Profiler * 9 Channels Slim Kit KIC 2000 Profiler * 9 Channels * Full Original Package, with original Thermal Couples, Protective Shield, Software, etc * Technical Support and Warranty from USA * Thermal Pr
Lyra Reflow Oven is a soft soldering that realizes the mechanical and electrical connection between the solder ends of surface mount components or the pins and the printed board pads by remelting the solder paste pre-distributed on the printed board
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