Heating observation measuring device

MICROView

REFLOW + MICROSCOPE

Observation and measurement of heating change with image

Heating, observation, measurement and report outputNecessary for analysisEverything is on this one.

In addition to conventional heating and observation, Microview implements measurement and reporting functions. This not only records the shape change during heating, it also makes it easy to quantify the behavior and output it to the report. We support the series of flow from “heating → observation → analysis → report” as “platform for mounting analysis” active in various production sites.

Phenomena in the reflow ovenSimulate on desk

You can verify the state during heating in real time.

Consolidate implementation analysis on one stop.It greatly shortens the time for defect improvement.

At Microview, we have a software “coreAnalyser” that aggregates the mounting analysis that we had been doing with multiple devices, such as reflow oven, microscope and measuring microscope. Running on one stop, shooting during heating, quantification of behavior, and report output. It greatly improves the time for implementation analysis. Moreover, it can be used easily by anyone with an intuitive operation feeling.

High magnificationDedicated digital microscope byClear picture

Microview’s digital microscope can observe at a high magnification of up to 339 times (when the maximum size of the software screen is set), and can observe very small samples. It can also be used as a normal digital microscope by removing the heating unit.

Minimal samples can also be clearly observed

Actual by convection heatingReproduce reflow environment

MICROView uses a convection heating method. Convection heating with hot air is close to the reflow environment during SMT, enabling more accurate analysis

Image of convection heating method. You can see how hot air is fed into the reflow

Easy to handleEasy installation

Microview which thoroughly used ease was stuck to the ease of installation. Space saving design that can be installed on a table. It operates with normal 100 V power supply. Large scale construction is not required at the time of introduction. Moreover, anyone can handle intuitive operation method on the touch panel immediately.

Space saving design that can be installed on desktop
Intuitive operation with touch panel
Can be used as microscope

Measurement example

Microview has various applications tailored to the subject, you can choose according to the application. Here are some examples of measurement. Please refer to when considering.

Chip capacitor – Manhattan phenomenon

PLAY MOVIE

Solder – flux scattering

PLAY MOVIE

Thermal expansion of connector – – housing

PLAY MOVIE

IC (BGA) – Self-alignment

PLAY MOVIE

LED – Flip Chip Self Alignment

PLAY MOVIE

Chip parts – Solder wetting and capillary phenomena

PLAY MOVIE

Measurement example

Chip capacitor – Manhattan phenomenon

It is a movie shot of Manhattan phenomenon of chip capacitor. When melting solder, the phenomenon that one side of the capacitor is pulled and rises up is called “Manhattan phenomenon” or “Chip standing”.

Solder – flux scattering

This is a video shot of the moment when molten solder collided from the outer circumference toward the center, and the flux scattered. The scattered flux becomes contamination and it leads to the cause of trouble.

Thermal expansion of connector – – housing

It is a movie that shoots the connector housing during heating and is playing with fast turning. It is understood that the residual stress at the time of molding is released by heat and warped.

IC (BGA) – Self-alignment

It is a video shot of BGA self-alignment. It is pulled by the pad part by the stress at the time of melting the solder, and it sees how the displacement at the time of mounting is canceled.

LED – Flip Chip Self Alignment

It is a video shot of self-alignment of flip chip. It is pulled by the pad part by the stress at the time of solder melting, and it sees how the inclination at the time of mounting is canceled.

Chip parts – Solder wetting and capillary phenomena

This is a video shot of solder wetting up on electrode of chip parts. After the solder wets up, we can see how flux penetrates inside the part due to capillary phenomenon.

Product lineup

core9046a

Sample installation size Standard type with 50 x 50 mm

Sample installation size: (W) 52mm x (D) 52mm x (H) 25mm Temperature range: 400 ° C

MICROView series-core9046a catalog Language: Japanese

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カタログアイコン

core9046a-100

Expanding the heating furnace, it corresponds to large parts such as automotive and small boards

Sample installation size: (W) 102mm × (D) 102mm × (H) 30mm Temperature range: 400 ℃

MICROView series-core9046a catalog Language: Japanese

download

カタログアイコン

core9046a-z

ZEISS made lenses are mounted, minimal parts andUltra high magnification type suitable for material analysis

Sample installation size: (W) 52mm x (D) 52mm x (H) 25mm Temperature range: 400 ° C

MICROView series-core9046a catalog Language: Japanese

download

カタログアイコン

core9056a

Large type corresponding to A4 size sample

Sample installation size: (W) 210mm x (D) 300mm x (H) 40mm Temperature range: 300 ° C

MICROView series-core9046a catalog Language: Japanese

download

［EXP LAB］

You can experience the operability and possibilities with your own hands.

EXP LAB（CORES EXPERIENCE LAB TOKYO）is a laboratory and showroom where you can experience Cores products.
We have designed the space as a place where you can experience the product concept and operability, as well as the possibilities of advanced measuring instruments.
Please visit us when you are considering our products.

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