AS9100D-Certified Finishes

30+ Surface Solutions for Aerospace & Medical Components

Ensure regulatory compliance and enhanced performance with our vetted finishing partners. All processes include full documentation - from Mil-Spec anodizing to FDA-compliant coatings - backed by material certifications and batch traceability.

Zero Minimum Runs: 1-piece to high-volume finishing

Aerospace Validation: MiL-A-8625 anodizing, AMS 2700 passivation

Medical Compliance: FDA-grade coatings, USP Class VI biocompatibility

Complete Documentation: Free certs (RoHS, REACH, COCs) included

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30+ finish options - anodizing to Ni-Teflon

Mil-Spec & FDA-compliant coatings

No effect on critical tolerances verified

Finishes Options

As Machined Standard

	Surface roughness (Ra)	Machining marks	Deburring	Cosmetic
Surface finish directly as a result of machining, without any post processing.	3.2 μm / 126 μin	Parts may have visible tool marks	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws

As Machined Medium

	Surface roughness (Ra)	Machining marks	Deburring	Cosmetic
Surface finish is smoother than our standard finish, but no post processing is done.	1.6 μm / 63 μin	Parts may have lightly visible tool marks	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws

As Machined Fine

	Surface roughness (Ra)	Machining marks	Deburring	Cosmetic
This is accomplished by using fine machining with high-quality cutting tools.	0.8 μm / 32 μin	Parts may have lightly visible tool marks	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws

Anodizing Type 2

	Machining marks	Deburring	Cosmetic	Tolerances
Anodizing Type 2 is applied on As Machined parts to improve wear resistance.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Anodizing Type 3

	Machining marks	Deburring	Cosmetic	Tolerances
Anodizing Type 3 is applied on As Machined parts to form a highly durable coating.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Black Oxide

	Machining marks	Deburring	Cosmetic	Tolerances
Black Oxide coating is applied on As Machined parts to improve wear resistance.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Bead Blasting

	Machining marks	Deburring	Cosmetic	Tolerances
Parts are glass-bead blasted, resulting in a textured, satin-like finish.	Machining marks are almost entirely removed	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Being a reductive finish, not suitable for parts with extremely tight tolerances

Brushed

	Surface roughness(Ra)	Machining marks	Deburring	Cosmetic	Tolerances
Parts are manually brushed with sandpaper to improve surface roughness.	1.2 μm / 47 μin	Machining marks are almost entirely removed, except in areas that are physically inaccessible	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Being a reductive finish, not suitable for parts with extremely tight tolerances

Chromate Conversion Coating

	Machining marks	Deburring	Cosmetic	Tolerances
Chromate Conversion Coating will be applied to parts with As Machined finish.	Machining marks will be visible per the As Machined finish prior to Chromate Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	No effect on tolerances

Electroless Plating

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Electroplating

	Machining marks	Deburring	Cosmetic	Tolerances
Black Oxide coating is applied on As Machined parts to improve wear resistance.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Electropolishing

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Hand Polishing

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Media Blasting

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Polishing

	Surface roughness (Ra)	Machining marks	Deburring
Parts are manually polished resulting in a smooth surface roughness.	0.8 μm / 32 μin	Machining marks are almost entirely removed except places which are physically not accessible	Parts are deburred and sharp edges are chamfered

Powder coating

	Machining marks	Deburring	Cosmetic	Tolerances
Economical, durable and long-lasting finish with many color options.	Machining marks will not be visible	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Threads will be masked during the process

Sand Blasting

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Tumbling

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.

Vapor Polishing

	Machining marks	Deburring	Cosmetic	Tolerances
Electroless plating is applied to As Machined finish parts.	Machining marks will be visible per the As Machined finish prior to Black Oxide Conversion	Parts are deburred and sharp edges are chamfered	Some parts can have minor visual variations and cosmetic surface flaws	Coating thickness to be taken into account. Thread masking as needed.