Manufacturing Timeline

NG strengthened its manufacturing capabilities by establishing a dedicated Sheet Fabrication Department equipped with Power Press, Shearing Machines, and Hydraulic Press technology. This created a stronger foundation for precision metal fabrication and supported the development of quality appliance components.

1998
1998

SHEET FABRICATION - Building the Foundation of In-House Manufacturing

Nasgas (NG) strengthened its manufacturing capabilities by establishing a dedicated Sheet Fabrication Department equipped with Power Press, Shearing Machines, and Hydraulic Press technology. This created a stronger foundation for precision metal fabrication and supported the development of quality appliance components.

1999
1999

POWDER COATING - Durability Through In-House Finishing

Alongside sheet fabrication, Nasgas (NG) introduced an in-house Powder Coating Paint Department. The capability helped deliver durable surface finishes, improved protection, and greater consistency across manufactured products.

2005
2005

RESEARCH & DEVELOPMENT - Turning Ideas into Innovation

A basic cooking cabinet was transformed into a professional cooking range featuring a built-in hot case and oven, marking an important step toward more advanced kitchen appliances.

2005
2005

DIE CASTING - Precision Engineering at the Component Level

Nasgas (NG) expanded its manufacturing capabilities with the establishment of Die Casting operations. This enabled the production of accurate, strong, and reliable components while further strengthening the company’s in-house engineering capabilities.

2006
2006

FOUNDRY - Strengthening Manufacturing Independence

The establishment of an in-house Foundry marked another step toward greater manufacturing capability. By developing its own metal casting capabilities, Nasgas (NG) strengthened its production infrastructure and expanded its control over key manufacturing processes.

2015
2015

CYLINDER MANUFACTURING - Engineering for Safety and Reliability

Nasgas (NG) established a dedicated Cylinder Department focused on durable and dependable production. This expansion further developed the company’s manufacturing capabilities while supporting its focus on strength, safety, and reliability.

2015 CYLINDER MANUFACTURING - Engineering for Safety and Reliabilit Nasgas NG
2020
2020

THERMOPORE MANUFACTURING - Advancing Insulation and Efficiency

Nasgas (NG) introduced Thermopore manufacturing to strengthen its capabilities in insulation and product performance. The development supported improved insulation, greater efficiency, and more effective manufacturing solutions.

2021
2021

MOULDING - APrecision in Every Component

Nasgas (NG) introduced a gas water heater with auto-pilot and a dual-safety gas thermostat, alongside a fully electric water heater featuring a digital temperature display and updated construction.

2022
2022

CNC MACHINING - Computer-Controlled Manufacturing Precision

Nasgas (NG) further modernized its manufacturing capabilities through CNC machining. This technology enabled the production of high-precision components with improved consistency and supported a more advanced approach to modern manufacturing.

2024
2024

LASER CUTTING & LASER WELDING - Modern Technology, Greater Precision

In 2024, Nasgas (NG) introduced modern Laser Cutting and Laser Welding technology, bringing greater accuracy, speed, and finishing quality to its manufacturing processes. This marked another step in the company’s ongoing adoption of advanced manufacturing technology.

2025
2025

MOTOR WINDING - Strengthening Performance from Within

Nasgas (NG) established a dedicated Motor Winding Department in 2025, expanding its in-house manufacturing capabilities and supporting reliable motor performance. This development further strengthened the company’s ability to build critical components within its manufacturing ecosystem.

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Manufacturing • Technology • Excellence

Building Manufacturing Excellence Since 1998.

Since 1998, NG has steadily expanded its manufacturing capabilities, evolving from metal fabrication and finishing to advanced R&D, casting, molding, CNC machining, laser technology, and motor winding. Each development has strengthened our manufacturing foundation and supported a long-term journey toward greater precision, innovation, quality, and self-reliance.