Product Notification: End of Production Announcement Regarding the HPB-4B
End of Production Announcement HPB-4B Micro Control Company has begun the phase-out of the HPB-4B High-Power Burn-In with Test System, with a planned End-of-Sale date of October 1, 2025. Micro Control Company allows for 7 years of support beyond the End-of-Sale date for the last system manufactured and sold. Once 7 years beyond the End-of-Production […]
Product Notification: End of Production Announcement Regarding the LC-2 H1
End of Production Announcement LC-2 H1 Micro Control Company has begun the phase-out of the LC-2 High-Power Burn-In with Test System H1-style oven, with a planned End-of-Sale date of October 30, 2025. The LC-3 will replace the LC-2 High-Power Burn-In with Test System H1-style oven. Micro Control Company allows for 7 years of support beyond […]
EXHIBITING AT SEMICON China 2025
FOR IMMEDIATE RELEASE – (Minneapolis, MN) Micro Control Company announces that members of the Taiwan Sales Team in conjunction with representatives from TELTEC Pacific and HPC Trading (Shanghai) Co., Ltd. will be exhibiting at SEMICON China 2025, held in Shanghai, China from March 26-28. Stop by booths N3331 and N3241 to see the latest innovation […]
EXHIBITING AT IRPS 2025
FOR IMMEDIATE RELEASE – (Minneapolis, MN) Micro Control Company announces that we will be exhibiting at International Reliability Physics Symposium (IRPS) 2025 held in Monterey, CA from March 30 through April 3. Stop by booth 8 to see the latest innovation in high-power burn-in with test.
EXHIBITING AT TestConX 2025
FOR IMMEDIATE RELEASE – (Minneapolis, MN) Micro Control Company announces that we will be exhibiting at TestConX 2025 held in Mesa, AZ from March 2-5. Stop by booth 5 to see the latest innovation in high-power burn-in with test.
EXHIBITING AT SEMICON KOREA 2025
FOR IMMEDIATE RELEASE – (Minneapolis, MN) Micro Control Company announces that we will be exhibiting at SEMICON Korea 2025 held at COEX in Seoul, Korea from February 19-21. Stop by booth P418 to see the latest innovation in high-power burn-in with test.
