Injection Technologies
High-Precision Injection Machines
Multi-Cavity Mold Production
Stable Cycle-Time Control
Material Flow Optimization
High-Volume Plastic Production
Plastic Injection Molding
Afkar’s Plastic Injection Molding Department operates as a high-capacity production unit, delivering precise plastic components for packaging, industrial, cosmetic, household, and technical applications.
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Injection Machines
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M. Monthly Production Capacity
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Automated Robotic Arms
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A Dedicated Plastic Injection Molding Division
At AFKAR, plastic injection molding is not only a production process. It is a complete industrial capability built around precision, speed, repeatability, and controlled quality.
With robotic automation mounted directly on injection machines, our production lines reduce manual handling, minimize production variation, and maintain stable output during continuous manufacturing cycles.
We deliver injection molding services for:
From Mold Setup to to Mass-Production Plastic Parts
Each of our injection molding projects is approached with a production-focused mindset. Our team prepares the mold, selects suitable materials, configures machine parameters, and manages the production cycle to achieve stable quality, efficient output, and repeatable results.
Mold Installation & Machine Setup
Raw Material Preparation
High-Precision Plastic Injection
Robotic Handling & Quality Control
Injection, Automation, and Quality
Smart Plastic Injection Molding
Our injection molding infrastructure combines modern injection machines, robotic automation, controlled material handling, and experienced technical supervision to support scalable plastic part manufacturing.
Automation Technologies
Afkar Robotics Automation Systems
Robot Arms on Injection Machines
Reduced Manual Intervention
Automated Part Handling
+25 Year of Injection Production Experience
Afkar’s injection department operates in a comprehensive industrial environment. With more than 2 decades of experience with real production challenges, we can optimize molds, machines, materials, and automation systems for better performance.
High-volume production capacity
Stable and repeatable product quality
Reduced manual handling errors
Faster production cycles
Robotic production support
Scalable manufacturing capability