Brief: Discover the IBM Injection Blow Molding Machine, an advanced process integration solution for high-performance plastic products. This machine combines injection and blow molding into one efficient step, enhancing production speed and product quality. Ideal for hollow plastic products like bottles and cans, it offers precision, energy efficiency, and automation for superior results.
Related Product Features:
Process integration enables one-step molding, reducing production cycle by 40%-60% compared to traditional methods.
High-precision blank control ensures weight accuracy (error ≤±0.5g) and uniform wall thickness distribution.
Produces high-quality products with consistent molecular orientation and 10%-20% higher impact strength.
Compatible with various thermoplastics like PET, PP, PE, PVC, and PS, including engineering plastics.
Energy-saving design with servo motor drive reduces energy consumption by 30%-50% and lowers noise levels.
Full automation with intelligent control systems supports multi-cavity molding and real-time monitoring.
Quick mold change design reduces downtime to ≤1 hour, ideal for multi-variety small batch production.
Suitable for high-precision applications like medical bottles, cosmetic containers, and food packaging.
Faqs:
What types of products can the IBM Injection Blow Molding Machine produce?
The machine is designed to produce hollow plastic products such as bottles, cans, and barrels, typically ranging from 1ml to 2000ml in capacity, with some models capable of producing larger items like 5L barrels.
How does the machine improve production efficiency?
By integrating injection and blow molding into a single step, the machine eliminates the need for manual blank transfer, reducing the production cycle by 40%-60% and achieving higher output rates, such as 3000-4500 bottles per hour for 500ml mineral water bottles.
What are the energy-saving features of this machine?
The machine uses a servo motor drive, which saves 30%-50% energy compared to traditional hydraulic systems, and features an efficient heating system with thermal efficiency over 90%, significantly reducing energy loss and operating noise.