Exclusive Color Mixing Technology

Equipped with two independently plasticizing barrels, the machine dynamically adjusts the proportion of two color materials. The molten plastic forms controllable turbulence inside the nozzle, delivering soft and natural color transitions. Each finished part features unique texture and enhanced simulation fidelity, achieving highly realistic floral appearances.

High Mold Compatibility

No expensive dedicated two-color molds are required. Existing single-color artificial flower molds can be used directly after simple commissioning, which greatly reduces mold investment costs. Product replacement and parameter debugging are fast and convenient for flexible production.

Custom Screw Solution for Artificial Flower Production

Optimized screw length-diameter ratio and compression ratio effectively solve common industry pain points such as uneven pigment dispersion, color agglomeration and color difference. It ensures stable and consistent color mixing performance during long-term continuous operation with extremely low defect rates.

Servo Energy-saving Configuration

Adopting a high-performance servo power system with ultra-fast response speed, the machine reduces energy consumption by 20-30% compared with conventional fixed-pump models. It shortens molding cycles and supports long-duration, high-volume and stable mass production.

Multi-functional & High Utilization

The machine supports both gradient color-mixed artificial flower production and standard single-color molding mode. It delivers high equipment utilization and perfectly adapts to diversified orders of various simulated plant products.

Optimized specially‑tailored for thin‑wall products such as artificial flowers, plastic petals and leaves. Fully considering the molding characteristics of PE raw materials for artificial flowers, key components including the power unit, injection screw and hopper have been upgraded in a targeted manner.

This machine supports both single‑color and two‑color molding of artificial flowers. It solves long‑standing industry pain‑points for thin‑wall petals and leaves, such as difficult cavity filling, flash/burr defects and incomplete grain patterns.

Featuring short cycle time, high simulation fidelity of finished parts and stable mass‑production performance, it greatly reduces the defect rate of artificial‑flower products. It is the preferred injection‑molding machine for large‑scale production in artificial‑plant factories.

Exclusive Three-Color Mixing Technology

Equipped with three independently plasticizing barrels, the machine precisely controls the proportion, injection timing and flow rate of three color materials. The molten materials blend gently inside the dedicated color-mixing nozzle, delivering natural three-color halo blending and transition effects. Each finished product features unique texture and superior simulation performance far beyond ordinary two-color artificial flower products.

Low Mold Investment Cost

No customized three-color molds are required. Existing single-color artificial flower molds can be put into production after simple commissioning, eliminating high costs for three-color mold development. Product replacement and parameter debugging are efficient and convenient.

Custom Three-Group Screw Solution for Artificial Flowers

Optimized with professional length-diameter ratio and compression ratio for PP and PE flower materials, the three sets of screws effectively solve common defects such as poor pigment dispersion, color agglomeration, color difference and flow lines. It ensures stable and consistent three-color mixing effects during mass continuous production.

Triple-Function Design & High Equipment Utilization

The machine supports flexible switching between single-color, two-color mixing and three-color mixing production modes. One piece of equipment covers diversified product orders, avoiding equipment idle time and significantly improving return on investment.

High-Efficiency Servo Energy-Saving System

Adopting three independent servo power units with closed-loop pressure and flow control, the system features ultra-sensitive response. Compared with traditional fixed-pump machines, it reduces energy consumption by 25-35% and shortens molding cycles, perfectly adapting to long-term non-stop mass production.

Efficient Color & Material Replacement

Three injection units adopt independent temperature zone control with no mutual interference during cleaning and material replacement. It greatly shortens color switching time and enables rapid production conversion between different color matching schemes.