KIENCO PMG VIETNAM
Strategically located in the Dien Nam – Dien Ngoc Industrial Zone in Da Nang City, Vietnam, our factory is 100% US FDI-owned and covers a total area of 3,200 m².
Company Founded
Legal entity established in Vietnam
Advancing Investment Procedures
Legal entity established in Vietnam
Investment Certificate Granted
Paving the way for project approval and development.
Initiated installation of production equipment and development of our workforce.
Start first production line
Mass production launch of RR-Cooler insulated box line
Start second production line
Mass production launch of Spider grill line
Machines & Processes
Laser Cutting
6000W Fiber Laser Cutting System
Our advanced 6000W fiber laser cutting system delivers superior precision and efficiency for processing aluminum, stainless steel, and carbon steel materials. Engineered for industrial reliability, this high-power laser system provides exceptional cutting speed, accuracy, and edge quality, optimizing productivity for your manufacturing processes. Capable of handling diverse thicknesses with minimal heat distortion, it ensures smooth finishes and precise dimensional control. Its robust build and state-of-the-art control software make it ideal for demanding applications across automotive, aerospace, metal fabrication, and industrial equipment sectors.
Key Capabilities:
- Materials: Aluminum, Stainless Steel, Carbon Steel
- Laser Power: 6000W
- High-Speed Precision Cutting
- Minimal Heat Distortion
- Consistent Cut Quality and Accuracy
- Optimized Productivity for Industrial Applications
- Intuitive CNC Interface for Simplified Operation
Laser Welding
3000w laser welder station
Our advanced 3000W fiber laser welding station is engineered to deliver precise, high-strength welds across aluminum, stainless steel, and carbon steel components. Designed for high productivity and repeatable performance, this system achieves superior joint integrity with minimal thermal distortion, ensuring excellent aesthetics and structural durability. The station’s ergonomic layout and intelligent controls simplify operation, reduce setup time, and boost manufacturing efficiency, making it ideal for demanding applications in automotive, aerospace, consumer products, and industrial manufacturing.
Key Capabilities:
Materials: Aluminum, Stainless Steel, Carbon Steel
Laser Power: 3000W
High-Precision Welding with Low Heat Input
Consistent, High-Quality Welds
Minimal Post-Weld Processing Required
Intuitive CNC and Control Interface
Robust Industrial Build for Reliability and Longevity
Stamping Machine
110-Ton Industrial Stamping Press
Our robust 110-ton stamping machine is designed to deliver reliable, precision stamping for metal components across automotive, aerospace, and general industrial applications. Engineered for efficiency and consistent high-quality output, this press offers powerful performance for forming, punching, blanking, and embossing operations with aluminum, stainless steel, carbon steel, and other metals. Featuring precise stroke control, rugged construction, and simplified operation, it maximizes productivity while maintaining strict dimensional accuracy.
Key Capabilities:
Tonnage: 110 Tons
Applications: Forming, Punching, Blanking, Embossing
Materials: Aluminum, Stainless Steel, Carbon Steel
High-Precision Stroke Control
Durable and Stable Structure
Efficient, Easy-to-Operate Controls
Consistent Dimensional Accuracy
Press Brakes
CNC BENDING MACHINE WC67K-160T/3200
Our high-performance 160-ton CNC press brake with a 3.2-meter bending length is engineered for precision forming and efficient metalworking operations. Capable of handling stainless steel, aluminum, and carbon steel sheets with exceptional accuracy and repeatability, this machine ensures consistent bends and precise angle control for superior quality. Equipped with an intuitive CNC control system, rapid tooling setup, and robust construction, this press brake significantly reduces production time and enhances productivity, meeting the rigorous demands of modern industrial fabrication.
Key Capabilities:
Tonnage: 160 Tons
Bending Length: 3.2 Meters
Materials: Aluminum, Stainless Steel, Carbon Steel
Precision CNC-Controlled Bending
High Repeatability and Accuracy
Rapid Tool Setup and Changeover
Robust Construction for Durability and Stability
Molding Machine
1.4 x 1.4 Meter Foam Mold Production Line
Our advanced foam mold production line, featuring a mold capacity of 1.4 x 1.4 meters, is specifically engineered for precision molding of expanded foam products such as EPP (Expanded Polypropylene) and EPS (Expanded Polystyrene). Built for consistent, high-quality output, this automated line ensures accurate dimensional control, uniform density distribution, and excellent surface finish across every component. Equipped with intelligent control systems, efficient material handling, and rapid cycle times, this production line optimizes throughput, reduces waste, and enhances overall manufacturing productivity.
Key Capabilities:
Mold Dimensions: 1.4 x 1.4 Meters
Applications: EPP/EPS Foam Molding
Precise Temperature and Pressure Control
Uniform Density and Superior Surface Finish
Automated Material Handling for Increased Efficiency
Rapid Mold Changeovers and Short Cycle Times
Reliable, Industrial-grade Construction
Meet the Founders
David Hemming, Founder
David complements this with his deep roots in manufacturing, engineering execution, and cross-border supply chain development. He is known for bringing physical products to life with a focus on ruggedized consumer goods, precision industrial assemblies, and multi-material integration. His work spans mechanical systems, thermal design, and scalable production—bridging the gap from concept to mass manufacturing with an eye for quality and durability.
Joseph Pruitt, Founder
Joseph brings a background in product innovation, crowdfunding success, and embedded systems, best known for launching the Spider Grills VENOM temperature controller and the Pella pellet adapter for Weber kettles—both of which earned strong traction among grilling enthusiasts and early adopters. His strengths lie in developing intuitive user interfaces, smart control systems, and rapid prototyping to test real-world functionality fast.