Custom Precision Manufacturing
Dedicated Customer Teams & Industrial Services
Our commitment to quality has established our reputation as a preferred choice for custom parts manufacturing.
Pioneering Custom Precision Manufacturing in the Middle East based in Sharjah
Overview Services
We provide high-quality, cost-effective solutions for spare parts, aiding our clients to maximize their maintenance budgets while enhancing their drilling operations’ productivity and efficiency.
CNC Machining Equipment
We work in ferrous and non-ferrous materials, so we can manufacture virtually any project.
Oil & Gas Industry Specialists
We are certified to API Spec Q1 standards and are perfectly fit to fabricate heavy-duty projects.
Amalgamation of Industry Experience
When you need the entire package, we deliver. Our team only works with the finest equipment to machine and fabricate exceptional products. Talk to our manufacturing company about your project and trust the difference custom solutions can make.
What Is CNC Machining
CNC Machining is a process of manufacturing in which computerized machines are used for the pre-programmed cutting and shaping of different materials.
- Aluminum, steel, titanium, etc.
- Plastics (ABS, POM, HD
- Composites (carbon fiber, fiberglass, etc)
CNC Machining Services
Advanced Equipment & Cost-Effective Price
- CNC machining services for custom high-precision parts.
- Get quotes instantly and super-accurate parts – unmatched in days.
Robust CNC Machining Capabilities
- Over 100 CNC machines.
- The tolerances are very tight: ±0.001 mm.
- 3-axis and 5-axis CNC milling and CNC turning.
Tolerances and Standards for CNC Machining
- Standard Tolerances: ISO 2768-f for metals, ISO 2768-m for plastics.
- Tolerances and limits are defined for specific hole diameters, linear dimensions, edge conditions, shaft diameters,
Custom CNC Machining Parts: Materials Used
- Aluminum: Highly ductile with a good strength to weight ratio.
- Copper: High conductivity, with resistance to.
- Brass: Low friction, golden in colour.
CNC Machining Finish
CNC Machining Finish refers to the quality and smoothness of the surface left after machining with a CNC machine. The outcome of the finish may be different in the following:
- Material to be machined
- Used tooling
- Machining parameters (speed, feed and depth of cut)
- Precision of the CNC machine and serviceability
Common CNC Precision Machining Finishes include
Roughing finish (~125-250 μin): A more coarse finish for faster removal of material
Semi-finish (~63-125μin): A medium finish for general machining
Fine finish (~32-63 μin): Good for precision parts
Very fine finish (~16-32 μin): Extremely smooth finish for critical applications
Polished finish (~8-16 μin): mirror almost finishing for the sake of appearance or dimension
Plastic CNC Machining Materials
Material variety and diversity of plastic CNC machining make the materials ideal for precision manufacturing.
- ABS: A general-purpose thermoplastic that is used in a large number of applications.
- POM: a high-performance plastic, typifies with excellent mechanical properties.
- HDPE: Rugged outdoor and industrial plastic.
- PET: Clear plastic used for medical purposes and in food processing.
- Nylon: Tough, flexible plastic with many industrial uses.
- PTFE: Non-stick plastic, used in both coatings and as a lubricant.
- PVC: Stands for Polyvinyl Chloride and is a rigid plastic used.
CNC Machining Capabilities
CNC Milling
3-, 4-, and 5-axis milling with a tolerance of 0.01 mm
CNC Turning
precision turning while holding tolerances of 0.01mm
Maximum Part Size
2000×1500×600 mm (CNC Milling) and
Minimum Part Size
4×4 mm (CNC Milling) and 0.1×
Why Choose Us for Custom CNC Machining Service
Minimum Part Size
Experienced Team
Short lead times
24/7 Engineering Support
CNC Machining Applications
New Energy
Oil & Gas
Tool & Die
Automotive
Medical
Robotics
Advantages of CNC Machining
High precision and accuracy
Fast production times
Cost-effective when producing large quantities
Ability to machine complex shapes and designs
Reduced labor costs
Product consistency
Frequently Asked Questions
Custom precision manufacturing aims to manufacture parts within extremely tight tolerances and specific dimensions often required for unique or complex applications. Standard manufacturing usually refers to the mass production of general parts with less emphasis on high precision and customization.
Some advantages are better quality products, more efficient production, less waste, and the ability to produce complex geometries with the most delicate designs. In addition, custom precision manufacturing is also very flexible in these approaches and allows greater adaptability according to the particular needs of a specific project.
