EMIN Participates in Technical Training at ZEISS

On September 10, 2026, EMIN participated in an in-depth technical training program at ZEISS to update its knowledge of measurement technologies, microscopy, and quality inspection solutions for various industries, including precision engineering, automotive, electronics, aerospace, healthcare, and materials manufacturing

ZEISS is a global technology group operating in a wide range of fields related to optics, metrology, healthcare, semiconductor technology, and scientific research.

ZEISS Product and Solution Categories

Industrial metrology solutions: Coordinate Measuring Machines (CMMs), optical measurement systems, and multisensor measurement systems for dimensional, geometric, and tolerance inspection.
Industrial microscopy: Optical microscopes, digital microscopes, and specialized microscopy systems for surface inspection, material analysis, and microstructural examination.
Industrial X-ray and CT solutions: Non-destructive testing, defect detection, and internal structure analysis of manufactured components.
Metrology and analysis software: Solutions for measurement data acquisition and processing, image analysis, and quality inspection process management.
Quality inspection solutions: Integrated systems combining measurement equipment, imaging technologies, and software to support quality control in mechanical engineering, automotive, electronics, aerospace, healthcare, and industrial manufacturing.

View the full range of ZEISS products at here.

Some images from the technical training session at ZEISS

The training session provided the EMIN team with an opportunity to gain a deeper understanding of ZEISS's product portfolio, operating principles, and practical applications. This knowledge enables EMIN to provide more suitable equipment recommendations for customers' measurement, quality inspection, and material analysis requirements.

Related News

11/14/2026 11:35:16

What Is Fiber Polarity and How Do You Choose an MPO Method?

Fiber polarity ensures the transmit path connects to the corresponding receive path. For MPO-based duplex channels, the selected method must remain consistent across trunks, cassettes, adapters, and patch cords.

11/14/2026 10:28:19

The scent of new wood in a newly handed-over apartment: How to measure and address formaldehyde (HCHO) levels before moving in

Many people refer to the pungent, acrid odor that emerges when opening a new cabinet as the "smell of new wood," assuming it will simply dissipate after a few days. In reality, however, what is being released could well be formaldehyde—a substance originating from the adhesives used in the pressed-wood panels—and our sense of smell is not a reliable enough gauge to determine the concentration levels present

11/13/2026 17:23:39

Guide to Selecting a TCLP Toxicity Characteristic Leaching Procedure Shaker Configuration in Compliance with QCVN 07:2025/BNNMT and TCVN 9239:2012

Regulation QCVN 07:2025/BNNMT (replacing QCVN 07:2009/BTNMT and QCVN 50:2013/BTNMT) specifies hazardous waste and sludge thresholds based on leachate concentrations. To ensure that analytical results for heavy metals and organic compounds are accepted during ISO/IEC 17025 or VIMCERTS assessments, laboratories must comply with the Toxicity Characteristic Leaching Procedure (TCLP) specified in TCVN 9239:2012, which is equivalent to US EPA Method 1311

11/13/2026 16:11:22

Checking the Temperature of Paint and Coating Surfaces After Curing Using an Infrared Thermometer

An infrared thermometer allows surface temperature measurement without direct contact, making it suitable for products coming out of curing ovens or surfaces that are difficult to access. However, to ensure reliable results for production quality control, it is important to understand the measurement principle and the factors that affect measurements on painted and coated surfaces.

11/13/2026 15:07:40

Crowded Gyms and Yoga Studios: How to Manage Air Quality to Retain Members

Around 6 or 7 in the evening, the gym becomes packed; the music drowns out the sound of heavy breathing, and the air conditioning runs at full blast behind closed doors. At first glance, everything seems fine: the room is cool, the lights are bright, and the equipment is state-of-the-art. Yet, after just a few sessions, regular members begin to feel a heavy-headedness and find themselves running out of breath more quickly eventually, they simply stop renewing their memberships. No one complains about the personal trainers or the exercise machines. The very thing that makes them feel stifled and drives them away is something entirely invisible: the air inside the room