Sany SDC125 Trench Cutter adalah unit Trench Cutter pada lini Sany Piling Machinery produksi SANY Heavy Industry yang dirancang untuk memberikan produktivitas tinggi, ketangguhan struktural, dan efisiensi operasional optimal di medan proyek konstruksi, pertambangan, infrastruktur, pelabuhan, maupun industri nasional. Hadir dengan spesifikasi utama (Daya Mesin: 570.5/1800 kW/rpm, Grooving Depth of Single Hole: 2800 mm, Grooving Thickness: 800 - 1800 mm, Maks. Grooving Depth: 120 m), unit model SDC125 ini didukung penuh oleh garansi resmi pabrikan, ketersediaan suku cadang asli (genuine parts), serta layanan teknisi purna jual dari PT Cemerlang Perkasa Teknologi di seluruh Indonesia. Keunggulan utama unit ini meliputi High Rock-breaking Efficiency, High Slag Discharge Efficiency, High-quality Grooving.
Keunggulan Utama Sany SDC125 Trench Cutter
- High Rock-breaking Efficiency: Strong power, ample torque, high speed, and fully arranged teeth working with movable teeth to achieve hard rock and no dead angle milling with high efficiency.
- High Slag Discharge Efficiency: The industry's first pump and air-combined slag discharge system can discharge slag quickly, even in deep trenches, accelerating speed, improving efficiency, and reducing the chances of pipe blocking simultaneously.
- High-quality Grooving: The vertical rotation device of the frame ensures that the cutting wheel frame is upright, and 12 sets of deviation correction devices are equipped to provide high-quality grooving.
- Steady Micro Feed: Steady, continuous micro feed speeds up to millimeter level, which can perfectly meet the needs of slow feed in complex rock construction.
- Strong Rectifying Ability: Correction cylinder with large diameter and long stroke enables significant thrust, which can meet the needs of hard stratum and significant deviation rectifying.
- Intelligent Construction: Cutting wheel speed, torque, winch load, and milling speed are self-adaptive to maximize construction efficiency. Drilling and mud pump discharge power can be automatically adjusted to optimize power utilization.
