三明電子産業株式会社

(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

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.".

(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

We made a contract with Yakukawa Electric Corporation as a satellite factory, and started operation as a subcontract factory.

三明いか釣り機を開発

Sanmei squid machine was developed.

トランジスタサーボドライブユニットを開発

Transistor servo drive unit was developed.

4ビットCNCの開発

4-bit computerized numerical control was developed.

8ビットCNCの開発

8-bit computerized numerical control was developed.

社名を「三明電子産業(株)」に変更

The Company name was changed to "Sanmei Electronics Co., Ltd.".

本館社屋を建設し移転（所在地：清水区清開2-2-1）

Head Quarters Building was built and we moved there. (2-2-1 Seikai, Shimizu Ward, Shizuoka City)

マイコン制御によるいか釣り機「EXシリーズ」を開発

Microcomputer-controlled Squid fishing machine was developed.

OEM用システムとしてカスタムNCシリーズを開発

Custom NC series was developed for the original equipment manufacturing.

多用途3軸CNC「PTM-3」を開発

Versatile 3-axis CNC "PTM-3" was developed.

本館に隣接して工場社屋を建設

The factory building was constructed next to the Head Quarters building.

汎用CNC「PTM－3000」を開発

General-purpose computerized numerical control "PTM-3000" was developed.

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

We established Tokai Solution Center jointly with Yaskawa Electric Corporation.

ACサーボ仕様多目的釣り機「SE－30」を開発

AC servo specification multipurpose fishing machine "SE-30" was developed.

工場内LAN導入、プリント基板開発システム導入

Factory LAN was introduced.

Printed circuit board development system was introduced.

16ビット汎用CNC「PTM－4000」を開発

16-bit general-purpose CNC "PTM-4000" was developed.

ACサーボ「TRB－350」を開発

AC servo "TRB－350" was developed.

ミニサーボシリーズを開発

Mini servo series was developed.

パネコン仕様のいか釣り機「いかとりくんII」を開発

Panel computer specification squid fishing machine "IKATORIKUN II" was developed.

小型ACサーボ「Cuty Axis」を開発

Small AC servo "Cuty Axis" was developed.

パソコンNC「CYCLONE」を開発

Computer NC "CYCLONE" was developed.

管理棟建設

The administration building was constructed.

清地工場（三明テクニカ）建設

Kiyoji factory (Sanmei Technica) was built.

小型ACサーボ「Cuty Axis II」を開発

Small AC servo "Cuty Axis II" was developed.

パネコン仕様のいか釣り機「いかとりくん2000」を開発

Panel computer specification squid fishing machine "IKATORIKUN 2000" was developed.

ISO9001認証取得（2003年12月認証辞退）

ISO 9001 certification acquisition (We turned down the authentication in December 2003.)

電力最適化分析システム「エコブライト」を開発

Power optimization analysis system "Eco-Bright" was developed.

Windows CE搭載のFAコントローラー「Typhoon」を開発

FA controller "Typhoon" loaded with the Windows CE was developed.

ステッピングサーボシステム「Si servo」を開発

Stepping servo system "Si servo" was developed.

清地第二工場完成

Kiyoji 2nd factory was constructed.

Si Cutyシリーズ化開発

Si Cuty was serialized and developed.

ISO14001認証取得

清地工場板金設備 最新鋭「タレパンシステムEMZ」を導入

ISO14001 certification acquisition

Sheet metal equipment state-of-the-art "turret punch press system EMZ" was introduced to Kiyoji factory.

精機事業（ナノ微細加工技術）新事業展開

光ナノインプリンタ「ImpFlex」を開発

Precision equipment business (nano-microfabrication technology) was newly deployed.

Optical nano-printer "ImpFlex" was developed.

小型ACサーボ「Cuty Axis III」を開発

いか釣り機「sanmei SX」を開発

Small AC servo "Cuty Axis III" was developed.

Squid fishing machine "sanmei SX" was developed.

精密制御技術の応用で３次元測定装置開発

パラレルメカロボット開発

Parallel mechanic robot was developed.

Para Robo Miniの開発 全国展示会大反響！

Para Robo Mini was developed. It got a great response at the national exhibition.

小型パラレルロボットをバリエーション追加

Variations were added to small parallel robots.

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！

Nanoimprint apparatus "ImpFlex-Essential" was developed.

It got a great response at the national exhibition together with Para Robo.

Si-super 開発

Si-super was developed.

Si新シリーズ高精度、無振動、完全静止「Si-super」開発、販売！

New series of Si, high precision, vibration-free, perfect standstill "Si-super" was developed and started selling!

「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

簡単ロボット、パラレルリンクロボット「ParaMotion」開発、販売！

Scratches and foreign matter inspection equipment "IN-Spec Mashine" which can check completely with electron microscope.

Easy-to-use parallel link robot "ParaMotion" was developed and started selling!

「ParaMotion」さらに進化してバージョンアップ！

"paraMotion" was upgraded to further evolution!

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！

The NEW squid fishing machine [SX2] was developed.

For overseas markets and large fishing ship will select and use.

The hoisting power was upgrade.

Maintenance times ware less than [SH-H].

Wire tention control was so good.

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！

The NEW squid fishing machine [Super SE-SX] was developed.

For JAPAN and the pacific ocean sea will be fitting.

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！

[Typhoon7] was developed.

It was built with [Windows Embedded Compact7].

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

Sheet metal equipment was renewal.

Panching and laser equipment [LC-2512C1AJ]

Bending machine [HG-1003ATC]

AGBOTを機械要素展で初お披露目しました。大盛況でした。

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

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

[Si servo3] and [Si Link Unit] was developed.

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