HomeProductsRecyclingNIR Plastic Sorting MachineAPEX NIR Polymer Sorting Machine for Plastic Flake Resin Separate
4 chutes NIR polymer sorting machine for plastic flake resin separate
6 chutes NIR polymer sorting machine for plastic flake resin separate
8 chutes NIR polymer sorting machine for plastic flake resin separate
APEX PM series near infrared NIR material sorting machine sorting performance
4 chutes NIR polymer sorting machine for plastic flake resin separate
6 chutes NIR polymer sorting machine for plastic flake resin separate
8 chutes NIR polymer sorting machine for plastic flake resin separate
APEX PM series near infrared NIR material sorting machine sorting performance

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Specs & Features: 2D InGaAs sorting

APEX NIR Polymer Sorting Machine for Plastic Flake Resin Separate

PM Series Basic Plastic Material NIR sorting machine

Key Advantages

  • 2D InGaAs spectral material identification, sorting independent of surface color
  • Wide adaptation for daily mixed plastic raw materials
  • Stable anti-blockage vertical feeding structure
  • Cost-effective basic material purification

Product Introduction

1. 2D InGaAs spectral material identification, sorting independent of surface color 

Breaking through the limitation of equipment that only relies on color judgment for separation, the built-in 2D InGaAs spectral detection system accurately identifies subtle material texture, molecular structure and density differences. It completely ignores surface color interference, effectively separating mixed impurities with similar surface color but different material attributes, thoroughly solving the difficult sorting problem of same-color mixed plastic flakes and particles in conventional recycling production.

2. Wide adaptation for daily mixed plastic raw materials

Perfectly adapted to irregular plastic flakes, broken plastic fragments and small mixed plastic particles, it copes with conventional mixed-spec raw material fluctuations in small and medium-sized recycling factories. It supports universal sorting for various daily waste plastic mixtures, realizing one-stop material classification and impurity removal.

3. Stable anti-blockage vertical feeding structure

Optimized for fragmented and granular plastic materials, the exclusive anti-floating and anti-blockage feeding design ensures uniform material dispersion. It avoids material stacking, flying and missing detection during long-term continuous operation, maintaining stable and consistent sorting accuracy for batch production.

4. Cost-effective basic material purification

As the entry-level material sorting model of the series, it features simple structure, low energy consumption and low daily maintenance cost. It upgrades the traditional recycling process that can only rely on color screening, realizing independent material classification and purification with low investment cost, greatly improving the purity and recycling value of finished plastics.

The PM plastic sorter is dedicated to small and medium-sized plastic fine processing factories and conventional mixed plastic regeneration projects. With powerful same-color different-material separation capability and stable universal adaptability, it provides reliable and cost-effective material sorting solutions for basic waste plastic resource upgrading.

APEX Plastic NIR Sorting Machine Diagram

APEX NIR Polymer Sorting Machine Working Principle

Step-by-Step Sorting Workflow:

  1. Mixed plastic flakes enter the vertical anti-floating hopper.
  2. Vibratory feeder spreads materials for steady single-layer falling.
  3. 2D InGaAs sensor reads unique molecular spectral fingerprint of each plastic resin.
  4. Processor identifies material differences to separate PET, PP, PE, ABS, PVC even with identical color.
  5. High-speed nozzles blow out off-spec plastic impurities based on spectral data.
  6. Target qualified plastic falls into the finished product hopper.

ModelThroughput
(t/h)
Air pressure
(Mpa)
Air consumption
(m³/min)
Power
(kw)
Weight
(kg)
Dimension
(mm)
Spectral Identification Wavelength (nm)
PM40.9-1.50.2-0.4≤1.5414002056*2025*2410900 – 1700
PM51.2-20.2-0.4≤2.44.915002394*2025*2410900 – 1700
PM61.5-2.50.2-0.4≤2.45.616502732*2025*2410900 – 1700
PM71.8-30.2-0.4≤3.56.317503408*2025*2410900 – 1700
PM82-3.50.2-0.4≤3.67.519003600*2025*2200900 – 1700
The above parameters are for reference only.
Actual parameters vary according to different applications and materials.

ACCEPTED — AFTER NIR Material Sorting

Purified PP plastic flakes screened out from multi-resin mixed waste plastics, purity up to 99.99%.

REJECTED — AFTER NIR Material Sorting

Mixed impurities including PE, PET, PVC and other foreign plastic resins separated and removed.

PM Series NIR sorting machine is tailored for the classification of mixed granular and flake waste plastics such as PET, PE, PP, PC, PMMA, ABS and PVC. Powered by exclusive InGaAs near-infrared spectral analysis, the equipment identifies the unique molecular spectral fingerprint of each polymer, enabling precise separation of plastics with identical appearance but different internal material properties.

APEX PM series near-infrared NIR sorting machine targets the core pain point of mixed multi-resin waste plastic recycling. It is widely deployed in post-washing plastic processing lines to sort out foreign plastic impurities from mixed raw materials. From small-scale recycling workshops to large integrated plastic granulation enterprises, PM sorters realize automated resin sorting, effectively upgrading the purity of recycled plastic particles and helping manufacturers obtain higher premium for export-grade recycled plastic materials.

FAQS

  • How does the 2D InGaAs spectral system distinguish same-color PET and PVC plastic flakes, which ordinary CCD color sorters relying on visual judgment cannot separate?

    Traditional CCD optical sorting only judges plastic fragments by visible surface color, so it is completely unable to tell PET and PVC apart when these two types of plastic share the same transparent or monochrome appearance. Equipped with professional 2D InGaAs near-infrared spectral sensor array, APEX PM plastic resin sorting machine captures the exclusive near-infrared molecular spectral fingerprint of each plastic polymer material. It identifies the internal molecular composition difference between PET and PVC regardless of identical surface hue, and automatically separates mixed PVC impurities out from PET recycled flakes. This core spectral sorting function effectively prevents PVC from contaminating PET granulation production lines, avoiding black spots, wire drawing and material deterioration during extrusion, and greatly improving the qualification rate and market price of finished recycled plastic pellets.

  • Does the InGaAs spectral detection sensor of PM plastic sorter require monthly manual calibration and parameter adjustment?

    All PM series InGaAs spectral sensors complete full-band standard spectrum calibration and strict parameter locking before factory delivery, eliminating the need for frequent manual debugging by on-site operators. The machine is built with intelligent automatic spectrum self-correction program; it will finish real-time baseline calibration and environmental light compensation automatically every time the equipment powers on and starts working. There is no requirement for monthly regular manual tuning or professional technical calibration, which reduces after-sales maintenance workload and operation threshold for plastic recycling factories, and keeps long-term sorting precision stable under 24-hour continuous industrial production conditions.

  • How many sets of pre-installed plastic material recognition sorting programs are built into the APEX PM plastic material sorter?

    APEX PM near-infrared plastic optical separator comes with pre-installed mature spectral identification algorithms and dedicated sorting formulas covering six mainstream recycled plastic types: PET, PP, PE, ABS, PS and PVC. Users can switch between different material sorting modes with simple one-click operation on the touch screen without repeated complicated parameter setting. In addition, the system supports storing custom user formulas for special mixed waste plastic raw materials, which can adapt to complex multi-resin mixed plastic sorting demands from waste plastic washing plants and large-scale recycled plastic granulation manufacturers, realizing flexible and multi-scenario plastic resin classification and purification.