Casting and Forging CNC Machining Service for Machined Castings & Forged Parts

Jozeal Technology provides casting and forging CNC machining services for OEM customers who need high-strength, cost-effective and precision-finished metal parts. We support die casting, forging, CNC turning, CNC milling, drilling, tapping, OD grinding, assembly and packaging for custom metal components.

For many production parts, casting or forging is used to form the basic shape first, and CNC machining is then used to finish critical dimensions, holes, threads, sealing surfaces, assembly surfaces and functional features. This combined process is suitable for customers who need both efficient metal forming and accurate final machining.

Located in Dongguan, China, Jozeal Technology has over 10,000 square meters of factory space, 25 die casting machines from 100T to 3500T, 10 forging presses from 100T to 4000T, 134 CNC machining centers, 10 sets 5 axis machining centers and 35 CNC lathes. With ISO 9001:2015 quality management, we support customers from sample development to high volume production.

Casting or Forging Then Machining for OEM Metal Parts

Casting or forging then machining is a manufacturing solution that combines metal forming with precision CNC finishing. It is often used when a part needs a near-net shape, reduced material waste, good production efficiency and accurate machined features.

Compared with machining a part completely from solid bar or block material, casting or forging can help form the basic geometry more efficiently. CNC machining is then applied to achieve the final accuracy required by the drawing.

Casting and Forging Then CNC Machining

Die Casting Machining for Precision Machined Casting Parts

Jozeal Technology provides die casting machining and post machining for die castings for custom metal parts. Die casting is suitable for parts with complex shapes, repeat production demand and high production efficiency.Jozeal Technology

After die casting, CNC machining can be used to finish

Typical die cast machined parts include

With die casting machines from 100T to 3500T and strong CNC machining capacity, we can support both casting production and secondary CNC machining in one manufacturing system.

Casting and Forging Then CNC Machining

Forging Machining for High-Strength Forged Components

Jozeal Technology also provides forging machining and CNC machining for forged parts. Forging is suitable for metal components that require higher strength, durability and structural reliability.Jozeal Technology

After forging, CNC machining is usually needed to achieve final dimensional accuracy and assembly performance. We can machine.

Typical post-machining processes for forged parts include CNC turning, CNC milling, drilling, tapping, OD grinding and surface finishing. This helps customers obtain parts with both forged strength and precision-machined accuracy.

CNC Post-Machining Capabilities for Cast and Forged Parts

Our post-machining capabilities allow customers to complete more processes in one factory, reducing supplier coordination and improving project efficiency.

Capability

Application for Castings and Forgings

CNC Turning

Shafts, sleeves, round features and cylindrical surfaces

CNC Milling

Flat surfaces, pockets, slots, profiles and mounting features

Drilling

Precision holes and assembly holes

Tapping

Internal threads and fastening features

OD Grinding

Precision outer diameter finishing

Secondary Machining

Deburring, finishing and additional processing

Assembly & Packaging

Final preparation before shipment

For parts that require multiple production stages, our team can evaluate whether die casting, forging, CNC machining or a combined process is more suitable based on drawings, material, tolerance, surface treatment and order quantity.

Materials for Machined Castings and Machined Forgings

We manufacture casting and forging machined parts based on customer drawings and application requirements.

Common materials include:

For aluminum casting machining and machined aluminum castings, material selection affects weight, strength, machining efficiency, surface finish and final cost. For forged parts machining, material selection affects strength, durability and final product performance.

Our engineering team can review your part structure and recommend a suitable production process.

Casting and Forging Then CNC Machining
Casting and Forging Then CNC Machining

Parts Suitable for Casting or Forging Then CNC Machining

Our casting and forging CNC machining service is suitable for many OEM metal parts, especially parts that need both forming efficiency and final machining accuracy.

Typical parts include:

This process is especially suitable for parts with complex shapes, repeated production demand, functional surfaces, holes, threads and assembly requirements.

Why Choose Jozeal Technology for Casting and Forging CNC Machining?

CNC Lathe in Operation 2

Integrated Casting, Forging and CNC Machining Capacity

Jozeal Technology combines die casting, forging and CNC machining capabilities. This helps customers reduce the number of suppliers involved in one project and improves production coordination.
JOZEAL CNC machining workshop 2

Strong Production Equipment

Our equipment includes 25 die casting machines, 10 forging presses, 134 CNC machining centers, 35 CNC lathes, 10 sets 5 axis machining centers, OD grinders, drilling machines, tapping machines and assembly lines. This supports both sample development and batch production.
On-site Inspection of Machined Parts 1

Suitable for High Volume OEM Projects

For repeat production parts, casting or forging before machining can improve manufacturing efficiency. CNC post-machining then ensures that key dimensions and assembly features meet drawing requirements.
Metrology Room 1

ISO 9001:2015 Quality Management

Jozeal Technology has established a complete quality management system and is certified to ISO 9001:2015. From raw materials to finished products, each key process is controlled to support stable quality and batch consistency.
JOZEAL CNC machining workshop 1

Experience in Multiple Industries

Our production experience covers power tools, drones, sports equipment, medical-related products, industrial hardware and precision metal components. Main customers include HOBBYWING, TTi, EASTWEST, ANTMED and OHIO Medical.

Quality Control for Machined Castings and Forged Parts

For casting or forging then machining projects, quality control must cover both the formed blank and the final machined part.

Our inspection process may include:

Main testing equipment includes projector, CMM, profilometer, salt spray test machine and standard light source. We can follow customer drawings, tolerance requirements and inspection standards for each batch.

Quality control inspection for machined castings and forged parts

FAQ

Casting or forging then CNC machining means the part is first formed by casting or forging, and then CNC machining is used to finish critical dimensions, holes, threads, surfaces and assembly features.

Machined castings are cast metal parts that have been further processed by CNC machining to achieve accurate dimensions, holes, threads or functional surfaces.

Yes. Jozeal Technology provides die casting and post CNC machining for die cast parts, including aluminum housings, brackets, covers, motor housings and other custom metal components.

Yes. We provide CNC machining for forged parts, including shafts, sleeves, brackets, structural parts and other high-strength metal components.

Casting or forging may be more suitable when the part has a complex shape, high quantity demand, material efficiency requirements or strength requirements. CNC machining is then used to finish the precision features.

We usually need 2D drawings, 3D files, material, quantity, tolerance requirements, surface treatment, casting or forging requirements, and final machining requirements.

Request a Quote for Casting or Forging Then CNC Machining

Looking for a reliable supplier for machined castings, machined forgings or CNC machining for die cast parts?

Send us your drawings and project requirements. Our team will review your part design, material, tolerance, production quantity, surface treatment and application needs, then recommend a suitable manufacturing process.

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