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デジタル顕微鏡
デジタル顕微鏡
デジタル顕微鏡は、接眼レンズのない顕微鏡です。 デジタルカメラが内蔵されています。 ライブ像がモニター画面に表示され、複数人で共有、画像保存、レポート出力に適しています。
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主な質問
1デジタル顕微鏡にはどのような用途がありますか？
デジタル顕微鏡は、R&D、製造、品質管理と品質保証(QC/QA)、故障解析(FA)における、部品やサンプルの解析と記録に理想的な機器です。
2デジタル顕微鏡にはどのようなメリットがありますか？
モニター観察で「観る・録る・測る」を1台に集約。誰でも一定の、再現性ある結果が得られます。
3「コード化」とはどういう意味ですか？
ハードウェアの機能をソフトウェア側で読み取りできる機能です。顕微鏡の観察条件（倍率、キャリブレーション情報など）や照明、カメラの条件を読み取ります。画像保存時は自動で条件保存されることから、呼び出しもでき、再現性ある条件で観察も可能です。 テキスト情報として参照も可能です。
ライカのデジタル顕微鏡が選ばれる理由とは？
高い光学性能で高い色再現性と、使いやすいソフトウェアでサンプルに忠実なデータを引き出します。
簡単な操作
わかりやすいアイコンで直感的に操作できます。 例: 片手操作でレンズを交換する方法を紹介しています。
デジタル顕微鏡 5
Mica
Mica 発見を可能にするための必要なすべてがひとつの使いやすいシステムに統合 同時 4 色広視野、共焦点分解能、人工知能サポート分析
デジタル倒立顕微鏡 Mateo
Mateo FLは、一貫した細胞培養分析のためのAI支援ワークフローを備えた細胞培養研究用の一体型倒立デジタル蛍光顕微鏡です。
Evolved ARveo 8
脳神経外科用デジタル可視化顕微鏡は、脳腫瘍手術の可視化を一変させる臨床用3Dアプリケーションと一緒にご利用いただけます。
傾斜スタンド
傾斜スタンドが一体化されており、片手操作でさまざまな角度からサンプルを観察できます。 これは特に次の検査に役立ちます。
- 金属パーツの腐食パターンなどの複雑な構造
- 故障解析における欠陥部位の検出
- 半導体生産に使用されるボンド
- 異物の1種である昆虫の観察
サンプルの位置はそのままで、 スタンド傾斜またはステージ回転するだけで、サンプルのさまざまな状況を観察でき、新たな発見につながります。
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