230 Ton Plastic Injection Molding Machine for Plastic Parts

Overview

The 230 Ton Plastic Injection Molding Machine is a versatile industrial workhorse designed for medium-to-large plastic part production, combining robust hydraulic power with adaptive processing capabilities. With a clamping force of 230 tons and a maximum shot weight of 800g, it handles both simple structural components and complex multi-material assemblies, accommodating a wide range of mold sizes (up to 800x600mm).

Features

High-Performance Hydraulic System

Twin-pump configuration delivers 15% faster response times (50ms) and 25% higher pressure stability (±2% variation) compared to single-pump designs, ideal for thick-walled parts (5-15mm) requiring prolonged packing pressure.

Multi-Material Processing Ready

Optional co-injection unit supports two-component molding (e.g., rigid PP bodies with TPE soft-touch handles), expanding production possibilities without major hardware modifications.

Intelligent Defect Prevention

AI-powered quality control module analyzes 12 process parameters in real-time, predicting and preventing issues like sink marks, flash, and warpage with 95% accuracy.

Modular Cooling System

Independent zone control for mold and barrel cooling, compatible with chiller temperatures from 5°C to 60°C, ensuring optimal cycle times for crystalline materials like PA and PBT.

Application

Industrial Machinery

Fabricating gear housings, pulley wheels, and pump casings with reinforced composites (glass/metal-filled polymers) for heavy-duty applications.

Consumer Electronics

Manufacturing laptop base frames, printer cartridges, and power tool housings with flame-retardant materials (UL94 V-0 rated) and EMI shielding properties.

Automotive Aftermarket

Producing replacement parts like mirror housings, radiator grilles, and interior trim panels with OEM-matching color consistency and surface textures.

Why Choose Us

Material Flexibility

Certified to process over 200 thermoplastic grades, including engineering resins requiring high-temperature drying (e.g., PPS at 150°C for 4 hours).

Predictive Maintenance

IoT-enabled sensors monitor critical components (bearing wear, oil temperature) and send real-time alerts via our cloud platform, reducing unplanned downtime by 40%.

Cost Optimization

Patent-pending screw design reduces material waste by 15% through improved melt homogenization, translating to annual savings of $5,000+ for typical 24/7 operations.