Precision Single Injection Molding
Delivering high-quality solutions with advanced capabilities and tailored expertise.
CONTACT USMaterial Flexibility & Characteristics
TPR
Offers flexibility and a soft touch, ideal for various applications.
ABS
Combines the advantages of plastic and rubber for superior performance.
PC
Known for its exceptional heat resistance and impact strength.
Drone-Grade Composite Materials
We process carbon fiber reinforced polymers (CFRP), glass fiber reinforced polymers (GFRP), PAHT CF15 (polyamide high-temperature carbon-filled), PLA GF20, and PP GF30 — engineered composites proven in UAV airframe, fuselage, and landing gear structures
Reinforced Single Injection Molding
CFRP & GFRP for Robot Lightweighting
Utilizing Carbon Fiber (CFRP) and Glass Fiber (GFRP) reinforced composites to manufacture high-rigidity robot structural components. These materials significantly reduce robot body weight, increasing operating speed and energy efficiency while maintaining metal-like strength.
Nylon
Engineered resins for products with superior mechanical properties.
High-Performance Functional Parts
Production of friction-optimized plastic gears and links that offer self-lubricating properties, ideal for maintenance-free robot joints.
CFRP & GFRP for UAV Structural Lightweighting
Utilizing short carbon fiber and chopped fiberglass reinforced injection molding to produce drone fuselage shells, landing gear brackets, and motor mount housings. ABS-based composites injection molded for quadcopter fuselage parts deliver metal-like rigidity at a fraction of the weight.
Applications & Industries
Robotics & Automation
Manufacturing lightweight structural chassis, links, and protective housings for industrial and service robots, shifting from simple appearance parts to load-bearing functional components.
Medical
Meeting the demanding requirements of the medical sector.
Automotive & Mobility
Providing lightweight solutions for autonomous vehicles and mobility robots.
Drone & UAV Manufacturing
Production of lightweight UAV airframe components, protective canopies, propeller guards, and structural housings using fiber-reinforced composite injection molding. Materials include CFRP, GFRP, PET CF15, PAHT CF15, and nylon composites — supporting both commercial and industrial unmanned aerial vehicle programs.
Continuous Improvement & Innovation
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Investing in Technologies
Staying at the forefront of innovation with the latest technologies.
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Material Advancements
Exploring advanced drone composite materials — including carbon/epoxy (T300/934, IM7/8551-7), glass/epoxy (E-glass), and Carbon/PEEK (IM7/APC-2) systems with tensile strengths up to 419 ksi — to push the boundaries of UAV structural performance and lightweight design.
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Industry-Leading Solutions
Providing cutting-edge solutions for evolving industry needs.
Commitment to Precision & Expertise
1.Understanding Requirements
Comprehensive analysis of customer's unique needs and objectives.
2.Tailored Solution Design
Creating solutions that precisely align with specific project requirements.
3.Continuous Feedback & Improvement
Engagement throughout the entire manufacturing and delivery process.
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