レーザーシード機
6KM/H ソメロレーザーシード マイクロコンピュータ制御 コンクリート切削のためのスムーズな操作
Product Introduction: 1. Laser emitter with automatic control for two-way slopes and flat surfaces. Servo drive system with strong overload capacity, accurate timing and smooth operation. 2. Dynamic brand/Topcon laser system which operates with exceptional reliability and precision. 3. The hybrid drive offers greater flexibility at a lower cost. Make use of highly advanced integrated hydraulic systems, closed-loop control technology, precision laser technology and microcomput
滑らかなコンクリート切断レーザーシールドマシン ホンダ GP200 コンクリートレーザーシード
Product Introduction: 1. Laser emitter with automatic control for two-way slopes and flat surfaces. Servo drive system with strong overload capacity, accurate timing and smooth operation. 2. Dynamic brand/Topcon laser system which operates with exceptional dependability and precision. 3. The hybrid drive offers greater flexibility at a lower cost. It makes use of highly advanced integrated hydraulic systems, closed-loop control technology, precision laser technology and
5.5馬力コンクリートレーザーレベリングマシン 高精度 建設に便利
Product introduction: 1. Laser emitter: can automatically control flat surfaces and two-way slopes. Imported servo drive system for smooth running, precise timing and strong overload ability. 2. Dynamic brand/Topcon laser system with high working precision and reliability. 3. Hybrid drive offers greater choice at a more economical cost. It uses precision laser technology, closed-loop control technology, a highly sophisticated integrated hydraulic system and microcomputer
300mm厚舗装用コッパーヘッドレーザースクリード（ホンダGP200エンジン搭載）
Product Introduction 1.Laser Emitter, can auto control the flat surface and two-way slope Imported servo drive system, smooth running, precise timing, strong overload ability. 2.Dynamic brand/Topcon laser system, with high working precision and reliability. 3.Hybrid drive, more selection with more economical cost. 4.Use precision laser technology, closed loop control technology and highly sophisticated integrated hydraulic system, and the microcomputer automatic control. 5
