Rapid Prototyping

Rapid prototyping technology, also known as a rapid prototyping technology, (RP technology for short).

RP technology is integrated and developed on the basis of modern CAD / CAM technology, laser technology, computer numerical control technology, precision servo drive technology, and new material technology. Different types of rapid prototyping systems have different forming materials and different forming principles and system characteristics.

RPM technology is a general term for the rapid manufacture of 3D solids and technologies of arbitrarily complex shapes driven directly by CAD models.

It can quickly and directly realize the single-piece production of parts without any tools, molds and tooling fixtures. RP technology is based on modern CAD / CAM technology, laser technology, computer numerical control technology, precision servo drive technology, and new materials. Integrated and developed on the basis of technology, RP technology is a technology for manufacturing single parts quickly and directly.

So far, there have been more than a dozen different forming systems, among which the more mature methods include SLA, SLS, LOM, and FDM. The forming principles are introduced as follows:

1. Forming of SLA rapid prototyping system:
Forming material: liquid photosensitive resin.
Workpiece performance: equivalent to engineering plastic or wax mold.
Main application: high-precision plastic parts, casting wax models, samples or models.

2. The forming of the SLS rapid prototyping system:
Forming material: engineering plastic powder.
Parts performance: equivalent to engineering plastics, wax molds, sand molds.
Main use: plastic parts, wax molds for casting, samples or models.

3. Forming of the LOM rapid prototyping system:
Forming material: fiber paper coated with heat-sensitive adhesive; performance of parts: equivalent to high-grade wood.
Main application: rapid manufacture of new product samples, models or wooden molds for casting.

4. Forming of FDM rapid prototyping system:
Forming material: solid filament engineering plastics;
Workpiece performance: equivalent to engineering plastic or wax mold;
Main use: plastic parts, wax molds for casting, samples or models.

Professional manufacturing and designing of large plastic mold manufacturing and injection processing for household appliances, auto parts, industrial equipment, etc., manufacturing of various precision molds such as digital electronics and medical equipment, and injection molding processing of high-temperature materials, professional manufacturing of projector lamp heads, furniture accessories, automobile and motorcycle accessories, LCP, PPSU, and other aluminum-zinc alloy die-casting molds and surface treatment of die-casting processing, etc.