Capabilities
CNC Turning
The versatility of our CNC Lathe machines gives us the capability to perform various tasks with precision and efficiency. Our turning operations span through a wide range of capabilities including
- cylindrical turning
- taper turning
- thread cutting
- drilling
- boring
- groove & parting
- contour and profiling
- bar feeding
Our CNC turning machines can work with a wide range of materials, including metals such as aluminum, steel, brass, copper, and plastic. The material from a rotating workpiece to create cylindrical shapes, such as shafts, rods, and discs.
CNC Turning Equipment
Hyundai, WIA E 160A CNC LATHE
- Maximum Diameter – 8”
- Maximum Turning Length – 11”
Hyundai, HIT-8G
- Maximum Diameter – 1-1/2”
- Maximum Turning Length – 4”
Yang CNC Lathe, ML25A
- Maximum Turning Diameter – 11”
- Maximum Turning Length – 15”
Yang CNC Lathe, ML25
- Maximum Turning Diameter – 11”
- Maximum Turning Length – 15”
CNC Milling
CNC milling machines can achieve high levels of accuracy, ensuring production is met with tight tolerances and specifications allowing for highly accurate and repeatable production, handling various materials such as metal, aluminum, carbon fibre, plastic, and rubber. Our milling machine service offers a comprehensive range of capabilities including
- 3-Axis, 4-Axis, and 5-Axis machining service
- face milling
- peripheral milling
- drilling
- engraving
- pocket milling
- thread milling
- gear cutting
Whether you need simple geometric shapes or intricate designs with multiple angles, our versatile machinery allows us to deliver precision and efficiency in every job.
CNC Milling Equipment
Hyundai, KF 5600C
- X Axis – 40.5”
- Y Axis – 20”
- Z Axis – 20.5
Kitamura, My Center 3XD
- X Axis 30”
- Y Axis 20”
- Z Axis 20”
Matsuura, RA-IVF
- X Axis – 40”
- Y Axis – 20”
- Z Axis – 20”
Matsuura, MC510V
- X Axis – 20”
- Y Axis – 14”
- Z Axis – 18.1”
Bridgeport, V1000
- X Axis – 40”
- Y Axis – 24”
- Z Axis – 24”
Quality Control
Our CNC machining company is proud to be ISO 9001 compliant, underscoring our commitment to stringent quality control measures and continuous improvement and ensuring to adhere to international standards for quality management, guaranteeing consistency, reliability, and superior quality in every product we manufacture. Some machines we utilize for standards of precision and quality include
- CMM’s
- Calipers
- Micrometers
- Digital height
- Gauges
- Laser scanners
Post Production Services
Anodizing
Enhance the corrosion resistance, durability, and aesthetic appearance of metal surfaces, particularly aluminum. Anodizing provides surface protection to corrosion and oxidation while producing a range of decorative finishes, including matte, satin, or bright colors, making it a popular choice for architectural elements, consumer electronics, and various industrial applications.
Anodizing processes include:
Type I – Chromic Acid Anodizing (CAA) – Thin and light weight coating
Type II – Sulfuric Acid Anodizing (SAA) – Thick and harder layer (allows for dyeing and color)
Type III – Hard Coat Anodizing – When wear resistance is critical. Commonly used in Aerospace, Military and Automotive components.
Deburring
Parts will undergo inspection to identify any burrs, sharp edges, or irregularities on the surface. Depending on the material, geometry, and specifications of the part, will help determine an appropriate deburring method. Methods using handheld tools, vibratory tumbling, abrasive blasting, brush deburring, and automated deburring machines.
Tumbling
Abrasive media abrades the surfaces of the parts, removing burrs, sharp edges, and other imperfections. Water or a liquid compound is often added to the tumbling process to facilitate the movement of the media and improve the efficiency of the abrasion. The liquid also helps in preventing overheating of the parts during the tumbling process.
Painting
Wet spray painting – A technique used by apply liquid paint evenly onto surfaces, achieving smooth finishes with excellent adhesion and durability.
Powder spray painting – Involves electrostatically charging dry powder particles, which adhere to the surface and are then cured to form a durable and protective finish.
Both methods are ideal for various substrates, including metal and plastic, allowing for customization in color, texture and gloss levels. enhancing the aesthetics of products or providing corrosion protection for industrial components.