Support for various CNC processes and materials
Capable from 1 unit to mass production
Excellent quality and reasonable price guaranteed
Creallo offers wide-ranging CNC manufacturing capabilities through its domestic factory and global production network. We support diverse machining processes, material choices, and finishing options, delivering optimal solutions for industrial needs at reasonable prices.
Parts where high precision and finish are important 
High strength, high durability parts
Parts that need to be produced in high volumesA method of manufacturing the desired shape by machining a fixed material with a rotating cutting tool
Processing of complex 3D shapes available
High precision and accuracy
Various machining options (drilling, slotting, surface machining, etc.)
A method of manufacturing cylindrical parts by machining a rotating material with a fixed cutting tool
Optimized for manufacturing symmetrical parts
Fast processing speed
Advantageous for automation and repetitive production
An aluminum alloy with excellent strength, corrosion resistance and machinability
A stainless steel with excellent corrosion resistance, heat resistance and weldability
A carbon steel with high strength and toughness; often used for machine parts
A copper alloy with good corrosion resistance and machinability, and excellent electrical and thermal conductivity
A plastic with excellent strength, impact resistance and machinability; used for various purposes
A plastic with excellent transparency and impact resistance; also strong at high temperatures
A high-performance engineering plastic with excellent high temperature, high strength and chemical resistance
A plastic with high strength and hardness, and excellent abrasion and chemical resistance
The original state, as created by CNC without surface treatment
A finishing method that creates a gloss through painting using an air gun and UV coating after surface treatment
A finishing method that creates a matte finish through painting using an air gun after surface treatment
A finishing method where surface treatment is followed by painting with an air gun and SF coating to create a rubber-like texture
A matte finishing method where the surface is gently treated with beads (sand)
A finishing method that creates texture and gloss by making fine lines in a certain direction on a metal surface
A finishing method that forms an oxide layer on the metal surface, improving durability and enhancing color
A finishing method that forms a solid color layer by melting powder paint with heat
Creallo provides custom CNC machining services for diverse industries, including electronics, automotive, aerospace, and defense. We have established ourselves as a trusted partner for projects demanding exceptional precision and quality, consistently delivering precision components that meet the technical demands of various industrial sectors.
Electronics
Robotics and Automation
Automotive
Aerospace
1-1.Can I get a CNC quote with only 2D drawings?
Laser cutting and sheet metal fabrication can be quoted using only 2D drawings.
However, due to the complexity of part geometry, CNC machining cannot be accurately quoted from 2D drawings alone.
For an accurate quote, please also submit a 3D file in STEP (.stp) format along with your 2D drawing.
1-2.What if my desired CNC material isn’t listed?
Material options vary by country. Change the production location in the quote page to see updated availability.
1-3.Do you offer secondary machining on existing products?
No. We only provide CNC machining for new parts.
1-4.How do you apply tight tolerances?
Click Add Options, select Tight Tolerance, and upload a 2D drawing (PDF) that specifies the required tolerances.
1-5.What is “R value” in CNC machining? Why is it important?
R value in CNC machining refers to the radius of a curve or corner (curvature radius). Since most CNC cutting tools are round, internal corners and curved surfaces cannot be perfectly sharp—they will always be machined with a rounded edge (R value). This is an important factor to consider during design.
As shown in the sample image, while the 3D CAD model may display sharp edges, the actual manufactured part will have slightly rounded corners.
1-6.How can I request tapping (thread cutting)?
Select Thread in the quote options and upload a 2D drawing (PDF) with thread specifications.
