検査（Inspection）
5-1.画像寸法測定器 / Image Dimension Measuring System
X軸・Y軸360度、円筒形など立体製品を多方面から測定することが可能です。Z軸方向である高さもボタン一つで測定ができ、μm単位で測ることができます。試作品・工程内検査などあらゆる検査場面で活用され、製品のクオリティを均一に保ちます。
It can measure three-dimensional products from multiple angles, including 360° X- and Y-axis, cylindrical shapes, etc. The height in the Z-axis direction can also be measured at the touch of a button, in µm increments. It is used in all kinds of inspection situations, such as prototype and in-process inspections, to maintain uniform product quality.
5-2.高精度 画像寸法測定器 / High Precision Image Dimension Measurement System
5-3.超高速・高精度 寸法測定器 / High-Speed,High-Accuracy Micrometer
5-4.形状解析レーザー顕微鏡 / 3D Laser Scanning Confocal Microscope
JIS、ISOに準拠した製品表面の粗さが測定できる高性能なレーザー顕微鏡です。最大1200倍まで拡大、複数の測定結果を3D比較することも可能です。
High performance laser microscope capable of measuring product surface roughness in accordance with JIS and ISO. It is possible to magnify up to 1200 times and to compare multiple measurement results in 3D.
5-5.小型環境試験機【恒温槽】/ Small Environmental Tester
環境条件を人工的に作り、その中で起こる加工品の変化を測定します。
（写真は形状記憶合金ばねの変化を測定しています）
（写真は形状記憶合金ばねの変化を測定しています）
We artificially create environmental conditions and measure the changes that occur in the processed product under these conditions.
(The photo shows the measurement of changes in a shape memory alloy spring.)
(The photo shows the measurement of changes in a shape memory alloy spring.)
5-6.示差走差熱量計（DSC）/Differential Scanning Calorimeter
材料の塑性変形をする温度を測定します。形状記憶合金の場合は、素材の変態温度を調べるために使用します。
※素材の変態とは…＜例＞氷→水→湯気（固体の総変態）
※素材の変態とは…＜例＞氷→水→湯気（固体の総変態）
水が温度によって見ため（状態）を変化させるのと同じように、形状記憶合金も温度の変化に応じて組織内部が変化します。ただし、水のような分かりやすい見た目の変化は無いため、組織の変化が起こっているか『示差走差熱量計』を使って測定します。
※材料証明書に記載の変態点はインゴット単位となるため弊社では実材料から調べます。
It measures the temperature at which a material undergoes plastic deformation. In the case of shape memory alloys, it is used to examine the transformation temperature of the material.
*Transformation of material means...<example> ice -> water -> steam (total transformation of solid)
Just as water changes its appearance (state) depending on temperature, shape memory alloys also change their internal structure in response to changes in temperature. However, since there is no change in appearance that is as obvious as that of water, we use a "differential calorimeter" to measure whether a change in microstructure has occurred.
The transformation point indicated on the material certificate is in ingot units, so we examine the transformation point from the actual material.
*Transformation of material means...<example> ice -> water -> steam (total transformation of solid)
Just as water changes its appearance (state) depending on temperature, shape memory alloys also change their internal structure in response to changes in temperature. However, since there is no change in appearance that is as obvious as that of water, we use a "differential calorimeter" to measure whether a change in microstructure has occurred.
The transformation point indicated on the material certificate is in ingot units, so we examine the transformation point from the actual material.
5-7.環境測定器 / Environmental Measuring Instrument
5-8.磁束密度計 / Flux Density Meter
機械加工やプレス加工、研磨、熱処理など様々な製造過程で磁気が発生します。その製品に残った磁気が規格の範囲内に収まっているか、測定するために使用します。
Magnetism is generated in various manufacturing processes such as machining, pressing, polishing, and heat treatment. This is used to measure whether the magnetism remaining in the product is within the specified range.
5-9.フォースゲージ / Handy DigitalForce Gauge
対象サンプルに作用する荷重（力）を測定します。
主に引張り荷重、圧縮荷重、曲げ荷重などを測定する事が可能です。（写真は圧縮荷重を測定中になります）
Measures the load (force) acting on the sample to be measured.
Mainly, tensile load, compressive load, and bending load can be measured. (The photo shows compression load being measured.)
Mainly, tensile load, compressive load, and bending load can be measured. (The photo shows compression load being measured.)
