260 Ton High Precision Plastic Injection Molding Machine

Overview

Engineered for intricate plastic component manufacturing, the 260 Ton High Precision Plastic Injection Molding Machine combines 260 tons of clamping force with cutting-edge technology to deliver unparalleled dimensional accuracy. Its rigid steel framework and advanced motion control system cater to industries demanding tight-tolerance parts, where precision is non-negotiable. The machine supports a broad spectrum of thermoplastic materials—from common ABS and PC to high-temperature-resistant PEEK and glass-filled nylon—enabling production of components that meet stringent industrial and medical standards.

Features

Ultra-Precision Positioning System

Integrates linear guide rails and a servo-driven ball screw, achieving positioning accuracy within ±0.005mm to ensure consistent part quality across high-volume runs.

Dual-Loop Temperature Control

Equipped with 8-zone barrel heating and intelligent PID algorithms, maintaining melt temperature stability within ±1°C to prevent material degradation and surface defects.

Adaptive Pressure Regulation

Real-time monitoring of injection pressure (up to 2000 bar) with automatic compensation for viscosity changes, ideal for thin-walled electronics components (<0.5mm wall thickness).

Smart Safety Architecture

Combines infrared mold protection, emergency stop interlocks, and automatic door alignment sensors to create a secure operating environment compliant with CE and OSHA standards.

Application

Aerospace

Producing lightweight yet durable avionics housings and interior composite components with flame-retardant materials.

Medical Devices

Fabricating microfluidic cartridges, endoscopic parts, and implantable device casings with biocompatible polymers like POM and PEI.

Precision Electronics

Manufacturing high-frequency connectors, optical lens mounts, and MEMS sensor enclosures requiring zero-defect surface finishes.

Why Choose Us

Engineering Expertise

Dedicated R&D team with 10+ years in precision molding, offering free DFM (Design for Molding) analysis to optimize part manufacturability.

Calibration Assurance

Each machine undergoes 48-hour thermal cycling and Gauge R&R testing to ensure long-term repeatability of ±0.01% dimensional tolerance.

Global Spare Parts Network

98% of critical components (e.g., servo motors, control boards) stocked in regional warehouses, enabling 24-hour delivery to major industrial hubs.