Low temperature investment casting wax injection machine

The lower melting and injection temperatures of low-temperature wax substantially minimize the risk of operator burns from hot wax, ensuring a safer and more comfortable working environment.

2. Improved Dimensional Accuracy
Low-temperature waxes exhibit reduced shrinkage and minimal volumetric change during solidification. The narrower cooling temperature range further limits deformation, resulting in wax patterns with high dimensional consistency and improved accuracy of final cast components—especially critical for precision applications.

3. Superior Surface Quality
Excellent fluidity at lower temperatures enables thorough mold filling and detailed reproduction of fine textures. The process reduces surface defects such as bubbles and flow marks, yielding smoother wax patterns and higher-quality cast surfaces.

4. Extended Mold Service Life
Reduced thermal exposure decreases thermal shock and stress on molds, particularly benefiting silicone soft molds used in prototype and low-volume production. This slows aging and distortion, prolonging mold life and lowering replacement costs.

5. Energy-Efficient Performance
Operating at significantly lower temperatures than conventional high-temperature systems (which often exceed 100°C), the process demands less energy for heating, leading to reduced power consumption and operational expenses.

6. User-Friendly Operation and Maintenance
The equipment design is simpler than high-temperature alternatives, with less complex temperature control requirements. Maintenance tasks, such as cleaning residual wax, are easier due to the wax’s low melting point.

7. Versatile Material Options
A wide range of specialized low-temperature waxes is available, offering customizable properties including hardness, color, shrinkage, strength, and tailored behavior to support diverse part designs and production stages.