Custom Aluminum Sand Die Cast Components CNC Micro Machining and Separate Marine Bronze Propeller Enquiries
Direct factory support
Get a quote that fits your project
Send your drawing or product reference, material grade and required quantity. Relia will review the requirements with you.
- Drawing & specification review
Confirm the supply scope and critical requirements.
- Samples before custom production
Review inspected samples before approving a batch.
- Inspection documents
Agree material and dimensional records for your part.
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CNC Machining or NotCNC MachiningTypeBroaching, Drilling, Etching / Chemical Machining, Laser Machining, Milling, Other Machining Services, Turning, Wire EDM, Rapid Prototyping
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Material CapabilitiesAluminum, Brass, Bronze, Copper, Hardened Metals, Precious Metals, Stainless Steel, Steel AlloysMicro Machining or NotMicro Machining
Aluminum-alloy components can be requested through sand or die casting with CNC and micro-machining. Marine-bronze propellers are separate component enquiries with their actual grade and suitable route selected. Define the individual part, required supplied condition and durability requirements around its intended duty.
Select the material and operation
Machining-material references include aluminum, brass, bronze, copper, hardened metals, precious metals, stainless steel and steel alloys. Named operations are broaching, drilling, etching or chemical machining, laser machining, milling, turning, wire EDM and rapid prototyping. Assign the selected work to the actual drawing and incoming form.
Define propeller or other component interfaces
Show geometry and the relationships with the adjoining assembly for the chosen item. Mark locating references, functional dimensions and measurement conditions for final fit. A propeller request needs its actual marine duty and component-acceptance brief defined for that design.
Set supplied surfaces and prototype approval
Distinguish cast-state regions from interfaces requiring further machining. Identify visible and working areas and the required final surface result. Explain what any prototype must demonstrate about fit, geometry or supplied condition before accepting the production definition.
- State the propeller or separate component’s quantity and controlling revision.
- Identify material, dimensional and surface evidence required for approval.
- Describe the durability requirements for the actual service environment.
- Retain accepted grade and machining decisions within the selected item record.
Confirm further work against that approved geometry and operating-duty definition.
