BLPS-45 Robust Large-Capacity Open-Gap Deep-Throat Power Press is engineered for high-demand industrial applications, delivering a nominal force of 450 kN. It adopts a reinforced, heat-treated, welded steel frame structure optimized for high rigidity and reduced elastic deformation under heavy loading conditions. The unit is configured with an 850 × 440 mm enlarged worktable and an extended die height adjustment range, offering enhanced process flexibility for medium-duty forging, deep-reach stamping, and complex forming operations. Driven by a 4 kW main motor, the system integrates a hydraulic overload protection device and high-sensitivity dual solenoid valve control, ensuring precise stop-start response, operational stability, and protection under continuous high-capacity production cycles.

BLPS-60 Deep-Access Open-Gap Deep-Throat Power Press is designed for high-load stamping of large-format sheet metal where extended reach is required. It delivers a nominal force of 600 kN and provides a 500–1200 mm throat depth, enabling efficient processing of wide panels and complex structural components commonly used in automotive, cabinet, and appliance manufacturing. The machine is built on a reinforced, heat-treated, welded steel frame optimized for high rigidity and minimal elastic deformation under load. It is equipped with a 5.5 kW high-torque main motor and a 900 × 520 mm worktable to support heavy-duty dies and continuous operation. A dry clutch-brake system with high response sensitivity, combined with a hydraulic overload protection device, ensures precise control, operational stability, and enhanced safety in high-intensity production environments.

BLAS-60 Agile Precision Open-Type Single-Point Servo Power Press is a high-response servo-driven model designed for precision stamping at a nominal capacity of 600 kN. It utilizes a high-torque servo motor with direct slider control, enabling programmable speed, position, and motion profiles tailored to specific forming requirements. The machine is equipped with a 900 × 520 mm worktable and supports 9 integrated motion curves, including precision blanking and pulse forming modes, to enhance forming accuracy while reducing noise and vibration. A hydraulic overload protection system and color touch-screen HMI provide stable operation, process control, and parameter flexibility. It is suitable for high-precision electronic and hardware component manufacturing requiring programmable motion control and high dynamic forming accuracy.

BLAS-80 Multi-Mode Motion Open-Type Single-Point Servo Power Press delivers an enhanced nominal capacity of 800 kN, providing greater forming force for thicker materials, improved die stability, and higher consistency in demanding precision stamping applications. By allowing operators to freely program the slide’s speed and position at any point, the BLAS-80 Multi-Mode Motion Open-Type Single-Point Servo Power Press can handle diverse forming tasks that traditional mechanical presses cannot manage. It features a larger 1000 x 600 mm worktable and a specialized hand-wheel micro-movement function. This model’s ability to set custom slider pauses significantly improves the molding effect for difficult-to-process materials while maintaining JIS B 6402 Class 1 accuracy.

BLAS-125 High-Torque Deep-Drawing Open-Type Single-Point Servo Power Press delivers a formidable 1250 kN of force with an extended 180 mm slide stroke. This model excels in drawing and stretching applications because the high-torque direct-drive motor maintains consistent pressure throughout the cycle, ensuring uniform material flow. The BLAS-125 High-Torque Deep-Drawing Open-Type Single-Point Servo Power Press also provides a deeper 350 mm throat depth, offering greater structural clearance for larger workpieces. Safety is paramount, with the inclusion of a safety loss-of-power brake and a hydraulic overload protector to secure high-intensity industrial production.

BLAS-160 Heavy-Duty Programmable Motion Open-Type Single-Point Servo Power Press delivers a nominal capacity of 1600 kN and a maximum continuous working energy of 9000 J, supporting stable forming of thick materials and high-load stamping operations. It features a 1200 × 760 mm worktable, providing sufficient space for large and heavy-duty dies commonly used in automotive and appliance component manufacturing. The servo-driven system enables precise control of slide motion, allowing programmable stroke profiles and repeatable forming processes based on stored die parameters. The machine is equipped with a tonnage monitoring system and a color touch-screen HMI, facilitating real-time load feedback, parameter adjustment, and consistent process control in high-capacity production environments.

BLPC2-80 Multi-Spec High-Precision Open-Type Double-Point Battery Power Press offers an increased nominal force of 800 kN. This model is distinguished by its extended 180 mm slide stroke, allowing for the production of deeper battery housings and specialized energy storage components. The BLPC2-80 Versatile Multi-Spec Open-Type Double-Point Battery Power Press features an expanded 1600 x 610 mm worktable and an increased maximum die height of 320 mm, providing the structural flexibility needed for various mold specifications. With its high-rigidity steel frame and integrated electric automatic lubrication system, this machine minimizes vibration and wear, ensuring long-term accuracy and stability for complex forging tasks.

Suitable for large-scale battery component forming,  the BLPC2-110 High-Efficiency Structural Open-Type Double-Point Battery Power Press delivers a nominal capacity of 1100 kN. Its double-point structure provides balanced load distribution, ensuring stable forming performance during high-load operations. Equipped with a 1970 × 680 mm worktable and a maximum die height of 480 mm, the unit provides sufficient space for large-scale dies and multi-station tooling configurations. Driven by an 11 kW main motor with inverter-based speed regulation, it supports an operating range of 35–70 strokes per minute to accommodate different material characteristics and forming requirements. Integrated dual solenoid valve control combined with a photoelectric safety system delivers responsive stopping performance and improved operational safety.