The Penta PPB 63T CNC Press Brake is a high-precision electro-hydraulic bending solution designed for efficient and accurate sheet metal forming in light to medium-duty fabrication environments. Engineered with advanced servo-hydraulic technology and a rigid welded steel frame, it delivers exceptional bending performance, energy efficiency, and repeatable accuracy for a wide range of manufacturing applications.
Built around the advanced Delem DA66S CNC control platform, the PPB 63T combines intelligent programming, graphical simulation, and multi-axis automation to simplify complex bending operations. Its compact footprint, high-speed servo system, and precision backgauge make it ideal for fabricators requiring flexibility, productivity, and consistent quality in daily production.
Key Production Advantages
High-precision electro-hydraulic servo synchronisation
Ensures accurate and repeatable bending performance.
Energy-efficient servo drive technology
Reduces power consumption by up to 30–40% compared to conventional hydraulic systems.
Advanced graphical CNC programming
Simplifies part creation with 2D and 3D simulation capabilities.
High-speed multi-axis backgauge system
Improves productivity and supports complex part geometries.
Automatic crowning compensation
Maintains consistent bend angles across the full working length.
Compact machine footprint
Maximises production capability while minimising floor space requirements.
Improved bending efficiency
Servo-hydraulic design delivers smoother operation and up to 30% higher bending efficiency than conventional systems.
The Laser Robotic Welding System combines advanced fiber laser technology with industrial robotic automation to deliver high-speed, high-precision welding for modern manufacturing environments.
Designed for repetitive, high-volume, and complex welding applications, the system integrates a powerful fiber laser source, intelligent welding head, wire feeding system, and multi-axis industrial robot to achieve consistent weld quality while reducing labour requirements and production costs.
By automating the welding process, manufacturers can significantly improve throughput, minimise rework, reduce heat distortion, and maintain consistent quality across all components.
The system is ideal for businesses seeking to increase production capacity, improve welding consistency, and transition toward Industry 4.0 manufacturing practices.
Key Benefits
Automated Precision Welding
Industrial robot guidance ensures consistent weld paths and repeatable weld quality, regardless of operator variability.
Increased Production Speed
High-energy laser welding enables faster travel speeds and shorter cycle times compared to conventional MIG, TIG, and CO₂ welding methods.
Reduced Heat-Affected Zone
The concentrated laser beam minimises heat input, reducing distortion, warping, and material stress.
Minimal Post-Processing
Clean, narrow weld seams significantly reduce grinding, polishing, and rework requirements.
Improved Labour Efficiency
Reduces dependency on highly skilled welders and enables continuous automated production.
Flexible Manufacturing
Suitable for a wide range of materials, component sizes, and welding geometries.
Non-contact laser cleaning and surface restoration system
The FactorySmart Laser Cleaning Series offers a safe, efficient alternative to traditional abrasive or chemical cleaning methods. Using high-energy pulsed laser technology, the system removes rust, paint, oxide layers, and other contaminants from a wide range of surfaces—without deforming or heating the base material.
Lightweight, mobile, and easy to operate, FactorySmart systems are ideal for industrial cleaning, pre-weld surface preparation, or sensitive restoration work. No consumables required.