Pneumatic mold base

Pneumatic mold bases are mold base structures that use compressed air as the power source and employ pneumatic cylinders to drive operations such as mold opening and closing, material ejection, material clamping, and core pulling. They are widely used in stamping, injection molding, sheet-metal forming, simple foam molding, packaging, and small-part automated production lines, making them the most common and cost-effective mold-base solution for small- and medium-sized production lines. Pneumatic mold bases feature a simple structure, stable and reliable operation, low maintenance costs, smooth and safe mold opening and closing, and excellent compatibility with various foam-production lines for efficient manufacturing.

Hydraulic mold base

Hydraulic mold bases are the preferred solution for high-tonnage, high-precision, continuous, and stable production. Their core advantages include high clamping force, stable pressure retention, smooth operation, and a high degree of automation, which effectively improve product yield, extend mold life, and support large-scale mass production.

Automotive seat mold frame

Automotive seat mold bases are primarily used for foam molding of automotive seats and serve as the dedicated mold foundations for manufacturing seat cushions, backrests, and other components. They typically feature mechanical or pneumatic actuation and are designed to integrate seamlessly with automated production lines for high-volume manufacturing. With excellent rigidity and high pressure-bearing capacity, they meet the demands of high-pressure foam molding, minimizing deformation. The clamping mechanism ensures stable mold closure, resulting in products free of flash, uniform foaming, and superior seating comfort. Smooth operation with minimal impact protects the molds and extends their service life. Designed for integration with automated lines, these bases enable smooth mold opening/closing and ejection, thereby maximizing production efficiency. Their versatile design allows compatibility with a wide range of seat molds, facilitating quick mold changes.

Automotive Seat Headrest PIP Production Line

The integrated headrest foaming line consists of the following components: a gyroscopic positioning turntable, a three-axis robotic arm with a hybrid head, a high-pressure foaming machine, and an electrical control system. The turntable production line is used for foaming automotive headrests, armrests, and other similar products; the gyroscopic positioning system ensures precise alignment, thereby guaranteeing the reliability of precision injection molding.

Disc Production Line

The main production line features a rotary disc layout, enabling the simultaneous loading of dozens of mold sets per cycle and facilitating rapid mold changeover. It supports continuous, takt-based production, delivering high productivity and consistent product quality. The line is versatile enough to handle multiple types of foam products on the same production line, significantly reducing manual intervention, boosting capacity, and ensuring economical and efficient operation.

High-pressure spray foam machine

High-pressure hybrid spraying technology ensures precise and uniform application of coating materials, making it ideal for large-area products requiring thin, even coatings. It is widely used in industries such as new-energy batteries and building-materials decoration.

High-pressure foaming machine

A high-pressure foaming machine is specialized polyurethane production equipment that uses high-pressure atomization for mixed pouring, enabling the raw materials to react and foam into shape. The advantages of Lingxin’s high-pressure foaming machines include a no-clean mixing head, environmental friendliness and energy efficiency, high production efficiency, and excellent foam quality. They are suitable for a wide range of polyurethane foam products, including automotive seats, headrests, interior trim components, steering wheels, home furniture items, and thermal insulation building materials.

Low-flow high-pressure foaming machine

The low-flow high-pressure foaming machine integrates the features of conventional high-pressure foaming equipment while addressing the limitation of such machines in producing small-sized products. Developed by Lingxin by incorporating advanced technologies from both domestic and international sources, this machine can produce foam articles as small as 10 grams.

Cyclopentane High-Pressure Foaming Machine

In view of cyclopentane’s highly flammable and explosive nature, the equipment is equipped with explosion-proof and ventilation systems, as well as anti-static, explosion-proof safety enclosures, ensuring safe production without concern. As a replacement for ODS-based foaming machines, cyclopentane foamers are widely used in the home appliance and thermal insulation industries, suitable for manufacturing fluorine-free refrigerators, freezers, insulated containers, and thermal insulation boards, among other products.

Cyclopentane High-Pressure Foaming Machine

In view of cyclopentane’s highly flammable and explosive nature, the equipment is equipped with explosion-proof and ventilation systems, as well as anti-static, explosion-proof safety enclosures, ensuring safe production without concern. As a replacement for ODS-based foaming machines, cyclopentane foamers are widely used in the home appliance and thermal insulation industries, suitable for manufacturing fluorine-free refrigerators, freezers, insulated containers, and thermal insulation boards, among other products.

Multi-component high-pressure foaming machine

Automotive armrest foaming line

The automotive armrest foaming production line delivers high molding precision and uniform, dense foam, resulting in products with excellent comfort and close fit. It features a high degree of automation, stable and efficient production, as well as environmental friendliness, lightweight design, and outstanding durability. This equipment is suitable for manufacturing automotive armrests, center console covers, interior door handles, and other components.

Foaming Line Mold Change Station

The foam-line tool-change station features precise positioning and rapid clamping mechanisms, enabling quick switching between molds of different specifications and supporting the concurrent production of multiple product categories on the same line, thereby significantly reducing changeover time. In addition, it incorporates safety safeguards and is designed for simple, effortless operation, effectively accelerating changeovers, enhancing safety, and reducing manual labor intensity.

Vacuum-Mechanical Integrated Defoaming Machine

This equipment is designed for bubble-breaking in sponge products such as automotive seats, motorcycle seat cushions, household items, and furniture foam, and can handle both framed and frameless sponge products simultaneously. It is equipped with an imported vacuum pump and multiple parallel pressure rollers, delivering excellent bubble-breaking performance. When integrated with production lines, it enables continuous, efficient, and convenient manufacturing.

Steering wheel mold frame