In today’s competitive manufacturing landscape, energy costs represent a significant portion of operational expenses—especially for high-tonnage production lines. Traditional hydraulic injection molding machines waste massive electricity through constant idle operation and inefficient energy transfer, eroding profit margins over time. Guangdong Lixun Machinery Technology Co., Ltd. addresses this critical challenge with its energy-efficient all-electric injection molding machines, engineered to deliver exceptional power savings through on-demand servo control. Our full-range models (5T, 15T, 30T, 50T, 100T, 150T, 220T, 300T, 450T) redefine energy efficiency, with savings amplifying in large-tonnage machines—creating a game-changing cost advantage for long-term operation.
Action-Driven Power Consumption: Servo motors activate only when executing specific tasks, drawing electricity solely during movement. When the machine is idle (e.g., between production cycles), energy consumption drops to near-zero—eliminating the constant "base load" waste of hydraulic pumps.
Independent Servo Control: Each functional unit (injection, clamping, ejection) is controlled by a separate servo motor, allowing precise energy allocation for each action. For example, high-pressure injection uses targeted power without wasting energy on other idle systems.
Minimal Energy Loss: Mechanical transmission (ball screws, timing belts) converts electrical energy to mechanical energy with over 90% efficiency, while hydraulic systems lose 30%-50% of energy to heat, leakage, and fluid resistance.
Low-Tonnage Models (5T-50T): Ideal for high-volume precision production (3C connectors, medical consumables), these compact machines save 30%-40% energy vs. hydraulic alternatives—perfect for continuous 24/7 operation where small savings accumulate into large gains.
Mid-Range Models (100T-220T): Designed for automotive electronics, home appliances, and packaging, they balance power and efficiency, saving 40%-50% on electricity while maintaining stable production speeds.
Heavy-Duty Models (300T-450T): Engineered for large-scale manufacturing (new energy vehicle battery casings, structural components), these robust machines achieve maximum savings (50%-70%)—directly addressing the high energy costs of heavy hydraulic equipment.
Reduced Cooling Costs: Lower waste heat (15-20℃ cooler than hydraulic machines) reduces the need for workshop cooling, cutting auxiliary energy expenses by 20%-30%.
Longer Component Life: Servo motors operate at lower temperatures with less stress, extending equipment lifespan by 20%-30% and reducing maintenance costs.
Carbon Neutrality Alignment: Energy savings directly reduce greenhouse gas emissions, helping manufacturers meet global sustainability goals and comply with carbon regulations (e.g., EU CBAM).
Precision Performance: Energy-efficient servo control ensures consistent pressure and speed, minimizing defective products and material waste.
