| 1970-10 |
(株)三明の技術部門より独立し、社名を「三明エンジニアリング(株)」として資本金300万円で設立 |
| 1970-10 |
We became independent from the technical department in Sanmei Co., Ltd., and established a company capitalized at 3,000,000 yen as "Sanmei engineering Co., Ltd.". |
| 1972-05 |
(株)安川電機のSF工場（衛星工場）の契約を結び協力工場として業務を開始 |
| 1972-05 |
We made a contract with Yakukawa Electric Corporation as a satellite factory, and started operation as a subcontract factory. |
| 1974-10 |
三明いか釣り機を開発 |
| 1974-10 |
Sanmei squid machine was developed. |
| 1974-12 |
トランジスタサーボドライブユニットを開発 |
| 1974-12 |
Transistor servo drive unit was developed. |
| 1976-11 |
4ビットCNCの開発 |
| 1976-11 |
4-bit computerized numerical control was developed. |
| 1978-02 |
8ビットCNCの開発 |
| 1978-02 |
8-bit computerized numerical control was developed. |
| 1984-02 |
社名を「三明電子産業(株)」に変更 |
| 1984-02 |
The Company name was changed to "Sanmei Electronics Co., Ltd.". |
| 1984-08 |
本館社屋を建設し移転（所在地：清水区清開2-2-1） |
| 1984-08 |
Head Quarters Building was built and we moved there. (2-2-1 Seikai, Shimizu Ward, Shizuoka City) |
| 1985-04 |
マイコン制御によるいか釣り機「EXシリーズ」を開発 |
| 1985-04 |
Microcomputer-controlled Squid fishing machine was developed. |
| 1985-08 |
OEM用システムとしてカスタムNCシリーズを開発 |
| 1985-08 |
Custom NC series was developed for the original equipment manufacturing. |
| 1985-11 |
多用途3軸CNC「PTM-3」を開発 |
| 1985-11 |
Versatile 3-axis CNC "PTM-3" was developed. |
| 1988-10 |
本館に隣接して工場社屋を建設 |
| 1988-10 |
The factory building was constructed next to the Head Quarters building. |
| 1988-11 |
汎用CNC「PTM－3000」を開発 |
| 1988-11 |
General-purpose computerized numerical control "PTM-3000" was developed. |
| 1989-06 |
東海ソリューションセンターを(株)安川電機と共同で開設 |
| 1989-06 |
We established Tokai Solution Center jointly with Yaskawa Electric Corporation. |
| 1989-07 |
ACサーボ仕様多目的釣り機「SE－30」を開発 |
| 1989-07 |
AC servo specification multipurpose fishing machine "SE-30" was developed. |
| 1990-12 |
工場内LAN導入、プリント基板開発システム導入 |
| 1990-12 |
Factory LAN was introduced. |
| 1990-12 |
Printed circuit board development system was introduced. |
| 1991-08 |
16ビット汎用CNC「PTM－4000」を開発 |
| 1991-08 |
16-bit general-purpose CNC "PTM-4000" was developed. |
| 1991-10 |
ACサーボ「TRB－350」を開発 |
| 1991-10 |
AC servo "TRB－350" was developed. |
| 1992-04 |
ミニサーボシリーズを開発 |
| 1992-04 |
Mini servo series was developed. |
| 1994-03 |
パネコン仕様のいか釣り機「いかとりくんII」を開発 |
| 1994-03 |
Panel computer specification squid fishing machine "IKATORIKUN II" was developed. |
| 1995-04 |
小型ACサーボ「Cuty Axis」を開発 |
| 1995-04 |
Small AC servo "Cuty Axis" was developed. |
| 1996-06 |
パソコンNC「CYCLONE」を開発 |
| 1996-06 |
Computer NC "CYCLONE" was developed. |
| 1996-12 |
管理棟建設 |
| 1996-12 |
The administration building was constructed. |
| 1997-06 |
清地工場（三明テクニカ）建設 |
| 1997-06 |
Kiyoji factory (Sanmei Technica) was built. |
| 1999-09 |
小型ACサーボ「Cuty Axis II」を開発 |
| 1999-09 |
Small AC servo "Cuty Axis II" was developed. |
| 1999-12 |
パネコン仕様のいか釣り機「いかとりくん2000」を開発 |
| 1999-12 |
Panel computer specification squid fishing machine "IKATORIKUN 2000" was developed. |
| 2000-12 |
ISO9001認証取得（2003年12月認証辞退） |
| 2000-12 |
ISO 9001 certification acquisition (We turned down the authentication in December 2003.) |
| 2002-12 |
電力最適化分析システム「エコブライト」を開発 |
| 2002-12 |
Power optimization analysis system "Eco-Bright" was developed. |
| 2003-03 |
Windows CE搭載のFAコントローラー「Typhoon」を開発 |
| 2003-03 |
FA controller "Typhoon" loaded with the Windows CE was developed. |
| 2004-06 |
ステッピングサーボシステム「Si servo」を開発 |
| 2004-06 |
Stepping servo system "Si servo" was developed. |
| 2005-03 |
清地第二工場完成 |
| 2005-03 |
Kiyoji 2nd factory was constructed. |
| 2006-05 |
Si Cutyシリーズ化開発 |
| 2006-05 |
Si Cuty was serialized and developed. |
| 2006-06 |
ISO14001認証取得 |
| 2006-06 |
清地工場板金設備 最新鋭「タレパンシステムEMZ」を導入 |
| 2006-06 |
ISO14001 certification acquisition |
| 2006-06 |
Sheet metal equipment state-of-the-art "turret punch press system EMZ" was introduced to Kiyoji factory. |
| 2007-02 |
精機事業（ナノ微細加工技術）新事業展開 |
| 2007-02 |
光ナノインプリンタ「ImpFlex」を開発 |
| 2007-02 |
Precision equipment business (nano-microfabrication technology) was newly deployed. |
| 2007-02 |
Optical nano-printer "ImpFlex" was developed. |
| 2007-09 |
小型ACサーボ「Cuty Axis III」を開発 |
| 2007-09 |
いか釣り機「sanmei SX」を開発 |
| 2007-09 |
Small AC servo "Cuty Axis III" was developed. |
| 2007-09 |
Squid fishing machine "sanmei SX" was developed. |
| 2008-08 |
精密制御技術の応用で３次元測定装置開発 |
| 2009-07 |
パラレルメカロボット開発 |
| 2009-07 |
Parallel mechanic robot was developed. |
| 2009-09 |
Para Robo Miniの開発 全国展示会大反響！ |
| 2009-09 |
Para Robo Mini was developed. It got a great response at the national exhibition. |
| 2009-12 |
小型パラレルロボットをバリエーション追加 |
| 2009-12 |
Variations were added to small parallel robots. |
| 2010-04 |
ナノインプリント装置 ImpFlex-Essential開発 パラロボと共に全国展示会にて大反響！ |
| 2010-04 |
Nanoimprint apparatus "ImpFlex-Essential" was developed. |
| 2010-04 |
It got a great response at the national exhibition together with Para Robo. |
| 2010-10 |
Si-super 開発 |
| 2010-10 |
Si-super was developed. |
| 2011-12 |
Si新シリーズ高精度、無振動、完全静止「Si-super」開発、販売！ |
| 2011-12 |
New series of Si, high precision, vibration-free, perfect standstill "Si-super" was developed and started selling! |
| 2012-08 |
「IN-Spec Mashine」キズ・異物検査装置・・電子顕微鏡で完全チェック開発 |
| 2012-08 |
簡単ロボット、パラレルリンクロボット「ParaMotion」開発、販売！ |
| 2012-08 |
Scratches and foreign matter inspection equipment "IN-Spec Mashine" which can check completely with electron microscope. |
| 2012-08 |
Easy-to-use parallel link robot "ParaMotion" was developed and started selling! |
| 2013-03 |
「ParaMotion」さらに進化してバージョンアップ！ |
| 2013-03 |
"paraMotion" was upgraded to further evolution! |
| 2016-03 |
海外向け大型船用「SN-Hシリーズ」の後継「SX2シリーズ」を開発 巻上力UP！メンテナンス機能向上！張力制御向上！ |
| 2016-03 |
The NEW squid fishing machine [SX2] was developed. |
| 2016-03 |
For overseas markets and large fishing ship will select and use. |
| 2016-03 |
The hoisting power was upgrade. |
| 2016-03 |
Maintenance times ware less than [SH-H]. |
| 2016-03 |
Wire tention control was so good. |
| 2017-08 |
国内向け「SXシリーズ」の後継 「Super SE-SXシリーズ」 を開発、販売！ 連動機能の拡充！ 操作性の改善を実施！ |
| 2017-08 |
The NEW squid fishing machine [Super SE-SX] was developed. |
| 2017-08 |
For JAPAN and the pacific ocean sea will be fitting. |
| 2017-10 |
新型コントローラ 「Typhoon7」 を開発！ Windows Embedded Compact7を新OSとした高速処理実現！ |
| 2017-10 |
[Typhoon7] was developed. |
| 2017-10 |
It was built with [Windows Embedded Compact7]. |
| 2018-08 |
板金設備の更新 パンチレーザー複合機LC-2512C1AJ、ベンダーHG-1003ATCを導入 |
| 2018-08 |
Sheet metal equipment was renewal. |
| 2018-08 |
Panching and laser equipment [LC-2512C1AJ] |
| 2018-08 |
Bending machine [HG-1003ATC] |
| 2019-01 |
AGBOTを機械要素展で初お披露目しました。大盛況でした。 |
| 2019-10 |
排気管検査装置を開発！ デクシス社製画像処理装置＋モーション制御技術を駆使した省力化装置 |
| 2020-05 |
Si servo3 及び Si Link Unit 誕生 高速オープンフィールドネットワーク対応、トルクリサーチ機能装備など ステッピングサーボモーターの「極」に仕上がってます |
| 2020-05 |
[Si servo3] and [Si Link Unit] was developed. |
| 2021-07 |
製紙会社様向け抄紙機にて「計装制御システム」を受託開発 汎用コントローラで全工程の監視・制御を実実現 |
