Technocrats chopper technology Plasma Cutting Machines represent the latest advancement in industrial plasma power source design. Engineered to combine the robustness of Thyristor and Diode technology with the efficiency and performance of Inverter systems, these machines offer superior cutting power, reliability and energy efficiency in demanding industrial environments.
Designed exclusively in 3-phase configuration, Chopper-based machines are ideal for heavy-duty workshop and continuous production applications. They are capable of cutting from as low as 0.5 mm thickness to above 100 mm thickness (depending on model capacity), making them suitable for a wide range of fabrication requirements.
Key Features of Chopper Technology
- Advanced chopper-based current control system ensuring stable and smooth plasma arc.
- Combines the reliability of Thyristor & Diode systems with the efficiency of Inverter technology.
- High output power with improved energy efficiency.
- Excellent cut quality with minimal dross formation.
- Excellent cut quality with minimal dross formation.
- Designed for continuous-duty industrial operation.
- Low input power consumption compared to conventional heavy-duty machines.
- Heavy-duty construction suitable for harsh workshop environments.
- Compatible with mechanized cutting and CNC interfaces.
- High severance capacity — models available for cutting above 100 mm thickness.
Performance Advantages
Higher Cutting Power
Chopper technology delivers enhanced output performance, allowing deeper penetration and improved severance capability compared to conventional systems.Better Efficiency
Optimized power electronics reduce energy losses, resulting in lower operating costs and improved power factor.Longer Consumable Life
Stable arc characteristics reduce electrode wear, extending consumable life and reducing downtime.Industrial Durability
Built for rugged industrial applications, these machines perform reliably in fabrication shops, shipyards, heavy engineering units and site operations.
Applications
- Heavy fabrication and structural steel
- Shipbuilding and offshore structures
- Pressure vessels and boiler manufacturing
- Infrastructure and bridge projects
- Continuous production environments
Available Models
Chopper technology machines are available in various amperage capacities to suit different cutting requirements, including high-capacity models capable of cutting 100 mm and above thickness.
| Models | Amperage | Manual Cutting capacity | CNC Cutting capacity |
|---|---|---|---|
| HyCUT 100 | 100 Amps | Clean - 32 mm Severance - 45 mm | Piercing - 20 mm |
| HyCUT 125 | 125 Amps | Clean - 40 mm Severance - 50 mm | Piercing - 25 mm |
| HyCUT 150 | 150 Amps | Clean - 50 mm Severance - 60 mm | Piercing - 28 mm |
| HyCUT 200 | 200 Amps | Clean - 60 mm Severance - 70 mm | Piercing - 32 mm |
| HyCUT 300 | 300 Amps | Clean - 75 mm Severance - 90 mm | Piercing - 38 mm |
| HyCUT 400 | 400 Amps | Clean - 100 mm Severance - 120 mm | Piercing - 50 mm |
HyCUT Series with IoT-Enabled Smart Technology
Technocrats now offers the HyCUT Series Plasma Cutting Machines with advanced IoT-enabled monitoring and smart connectivity features, designed to meet the evolving needs of Industry 4.0 manufacturing environments.
With integrated IoT technology, users can monitor machine performance in real-time, track operational parameters and analyze productivity data remotely. This ensures improved machine uptime, preventive maintenance planning and enhanced operational efficiency.
The IoT-enabled HyCUT Series provides valuable insights such as:
- Real-time current and voltage monitoring
- Machine usage hours tracking
- Preventive maintenance alerts
- Fault diagnostics and error reporting
- Remote performance monitoring via secure network connectivity
By combining the rugged reliability of HyCUT power sources with intelligent digital monitoring, Technocrats delivers a smarter, more efficient plasma cutting solution for modern fabrication industries.
Available Models – IoT can be incorporated in any model as per customer requirement.