Go from design to delivery with an end-to-end manufacturer
High-precision CNC machining is one aspect of the expertise you can leverage when you work with Genimex as your turnkey contract manufacturing partner. We take a Design for Manufacturing (DFM) approach, reviewing and suggesting design changes to accelerate production, reduce costs, and enable scaling. CNC machining supports the use of multiple materials across a wide range of consumer product categories.
What is CNC machining?
Computer numerical control (CNC) machining is a subtractive manufacturing process. It leverages computer-controlled tools to precisely remove layers from a solid block of material known as a blank. CNC machining can be used to create parts with levels of precision, repeatability, and complexity that are challenging to achieve via manual machining. Many materials, including wood, plastic, metal, foam, and glass, can be shaped using CNC machining tools.
CNC machining capabilities and processes
Advanced CNC machining services deliver precision and versatility across a wide range of materials and complex designs. Genimex integrates product manufacturing and CNC services into our end-to-end process for quality goods that can be produced at scale. Our CNC machining capabilities include:
CNC milling
Cutting tools with multiple points work to remove layers of material from a blank or workpiece. Milling is ideal for deep cuts and cavities, slots, and threads, as well as face milling, which results in flatter, shallower cavities.
CNC drilling
Multiple drill bits work in tandem to create cylindrical holes as per your design. These holes are precise and programmed for consistent, repeatable production. CNC drilling can be used for perpendicular and angular holes, with optional reaming, tapping, and more.
CNC turning
Turning produces cylindrical parts with precise internal or external features. A CNC lathe with a single-point cutting tool is deployed in combination with a rotating blank of material. CNC turning can produce round or cylindrical components complete with threads, grooves, and other essential additions.
Multi-axis machining
Advanced multi-axis machining utilizes CNC machining tools that move along three, five, or more axes simultaneously. These techniques are essential for parts with complex geometries.
Ensuring quality throughout CNC machining processes
Quality control is an integral part of the Genimex process. During the design review phase, our engineers will consider the most effective CNC machining techniques for the parts to minimize fabrication challenges later in the product lifecycle. Expect prototype testing, material quality inspection, factory audits, and continuous on-site quality checks to ensure consistent production of goods that meet exacting standards.
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Genimex brings together CNC machining and DFM expertise under one roof, from early prototyping through to full-scale production.
FAQs
Get expert insights into CNC machining and our services with these frequently asked questions.
CNC machining is a subtractive process that starts with a solid block of material and uses computer-controlled tools to carve away material. 3D printing is an additive process that builds a part layer by layer. We use both, and the choice depends on your project's goals.
Yes, we specialize in parts with highly complex geometries requiring advanced 3-axis and 5-axis CNC machines. Our DFM-based feedback ensures your part's manufacturability and is optimized for cost-effective, scalable production.
If you have 3D CAD files in formats such as STEP, STP, or SLDPRT, we can review them along with your material preferences. We also take a DFM approach and can suggest design alterations and material choices that positively impact manufacturing success and cost management. Any 2D drawings and notes on specific required tolerances are also useful.