Mid-range 3D Printing Filament Testing Machine

Product Overview

The medium-sized printing consumables testing machine is a high-precision integrated device specially designed for the research and development, performance testing and small-batch trial production of 3D printing materials. This equipment is suitable for material production enterprises, research institutes and innovation teams. It is used to quickly verify the printing adaptability of consumables, optimize process parameters, and support experiments and evaluations of multiple types of thermoplastic materials.

Core functional features

Intelligent extrusion system

Equipped with a high-torque DC motor and a precision gearbox, it supports two consumable specifications: Φ1.75mm and Φ2.85mm. The extrusion speed and temperature are intelligently regulated by PID, with a maximum heating temperature of up to 300° C. It is compatible with PLA, ABS, PETG, TPU, nylon and composite engineering materials.

Full-process closed-loop monitoring

It integrates temperature, pressure, line width and feeding speed sensors to collect key data such as extrusion stability, uniformity of consumable diameter and melt fluidity in real time. It automatically alarms in case of abnormal situations to ensure the reliability of the experimental process and the traceability of data.

Modular printing platform

Replaceable hot bed panel (high-temperature resistant PC/ flexible adhesive), supporting printing tests on different substrates; The temperature uniformity error of the platform is ≤±2°C, effectively ensuring the adhesion quality and molding consistency of the printed parts.

Integrated human-computer interaction

Equipped with a touch screen control interface, users can preset and store multiple sets of material process parameters and view curve data in real time. Supports USB and Wi-Fi data transmission, and is compatible with common slicing software and G-code control.

Safety and energy-saving design

The equipment is equipped with overheat protection, power-off restart and a closed operation chamber design to reduce external environmental interference. The energy-saving standby mode can automatically cool down when there is no operation, reducing energy consumption.

Technical parameters

Project parameter details

The extruder specification is dual-gear drive with a maximum speed of 200r/min

Heating block temperature range: Room temperature - 300°C (±1°C)

The size of the hot bed is 200×200mm (customizable

Print size: 200×200×200mm

The layer resolution is 0.05-0.3mm

Supported material types include PLA, ABS, PETG, TPU, nylon, etc

Data interfaces: USB, Wi-Fi, Ethernet

Power supply specification: AC 220V/50Hz, 850W

The overall weight of the machine is approximately 38 kilograms

Application scenarios

Material development: Rapid testing of the printability, interlayer adhesion and mechanical properties of new formula materials;

Process optimization: Automatically recommend combinations of temperature, speed and cooling parameters for different materials to reduce trial-and-error costs;

Education and research: It is suitable for universities and enterprise R&D departments to conduct experimental research on functional materials (such as conductive/wear-resistant/flexible materials).

Small-batch trial production: Supports customized small-batch consumables production and prototype printing tasks.