• Twelve Practical Techniques to Reduce Energy Consumption in Injection Molding Workshop

  Injection molding manufacturing is a typical high-energy-consumption processing industry, with intensive energy loss in electric power, cooling water, compressed air and thermal heat. Long-term 24-hou

  2026/04/27 Injection Molding

• Practical Methods for Burr Elimination of 3C Precision Injection Molded Parts

  Burrs and flash are the most common defects in the mass production of 3C precision injection molded parts. Covering mobile phone shells, keyboard components, mouse accessories, electronic fasteners an

  2026/04/27 Injection Mold

• How to Improve Poor Venting in Test Specimen Molds

  Test specimen molds are long, straight, uniform‑wall, long‑flow, and high‑sealing cavities, making them highly prone to venting defects in injection molding. Trapped air, thermal decomposition gases f

  2026/04/25 Injection Molds

• Control Methods for Adequate Drying of Engineering Plastics

  Engineering plastics are widely used in precision injection molding, and most high-performance engineering plastics have strong hygroscopicity. Moisture remaining inside plastic particles will cause s

  2026/04/25 Plastic Molds

• Optimization of Plastic Mold Structure for Logistic Plastic Turnover Boxes

  With the continuous expansion of modern logistics, industrial manufacturing and cold chain storage industries, KaiPA series logistics plastic turnover boxes have become widely used circulating contain

  2026/04/25 Plastic Mold

• Structural Optimization of Plastic Moulds for Laptop Shells

  Laptop shells are high-precision appearance parts with complex structures, high surface quality requirements, and strict dimensional tolerance control. They are mostly made of high-performance enginee

  2026/04/24 Plastic Moulds

• Causes and Elimination of Jetting Marks in Injection Molded Products

  Jetting marks are common flow-related defects in injection molded products, appearing as snake-like, wavy streaks or irregular lines on the surface, which seriously affect the appearance quality of pr

  2026/04/24 Injection Molding

• Injection Molding Back Pressure Parameter Reference Guide Classified by Material

  In the plasticizing stage of injection molding, back pressure serves as a core process parameter, which profoundly affects melt plasticizing uniformity, internal exhaust efficiency, surface appearance

  2026/04/24 Injection Molding