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CNC machined prototype part Precision prototype component
On-Demand CNC Platform

CNC Machined
Wearable Device Components

We machine wearable device components for US hardware startups. Watch cases, band links, sensor bezels, and clip housings from titanium, stainless, and aluminum to ±0.001".

Upload your STEP file for immediate pricing and DFM feedback.

No MOQ
Single prototypes
welcome
RivCut standard
±0.001"
Tolerances on
wearable device components features
Hardware Startups standard
DFM
Free design review
on every order
Always included
3-Day
Rush prototypes
available
Simple geometries
ISO 9001
biocompatibility testing support

Wearable Device Components CNC Machining
Across the US

Click any highlighted state to find city-specific wearable device components machining pages.

Cities available Coming soon

Wearable Components for US Teams

Watch cases, band links, sensor bezels, clip housings, and clasp mechanisms machined for wearable devices.

Watch Cases

Titanium and stainless watch body cases with precise button bores, crown tube seats, and caseback thread features.

Titanium Gr 2/5

Band Links

Titanium and stainless watch band links and bracelet segments with precise pin bores and articulation features.

Pin bores

Sensor Bezels

Aluminum and stainless sensor window bezels with precise optical apertures and gasket groove features.

Optical apertures

Clip Housings

Aluminum and polycarbonate wearable clip and cradle housings with precise snap-fit and spring features.

Snap-fit design

Clasp Mechanisms

Stainless steel deployant and butterfly clasp mechanisms with precise pivot pin and latch features.

316L Stainless

Charging Cradles

Aluminum charging dock cradles with precise pogo pin alignment features and magnet pocket locations.

Pogo pin alignment
Materials
titanium grade 2, aluminum 7075-T6, 316L stainless steel, PEEK
Tolerances
±0.001"
Finishes
Anodize, Passivation, Hard Coat
Certifications
ISO 9001, biocompatibility testing support

Wearable Device Components CNC Machining
by City

We ship precision wearable device components to teams in 110 cities across the US.

San JoseTop Market

California

San Jose sits at the heart of the world's densest hardware-startup ecosystem. Proterra (now Voltera) in Burlingame...

Key players: HAX, Verkada

230 hardware startups establishments

Los AngelesTop Market

California

Los Angeles blends entertainment technology, climate hardware, and consumer electronics into a thriving startup scene....

Key players: Snap Inc., Canoo

1359 hardware startups establishments

BostonTop Market

Massachusetts

Boston is among the strongest hardware-startup cities in the world. Formlabs in Somerville builds desktop SLA 3D...

Key players: Bolt, Greentown Labs

110 hardware startups establishments

AustinTop Market

Texas

Austin is one of the top hardware-startup cities in the country. Formlabs maintains Austin operations, Icon builds...

Key players: Icon, Capital Factory

49 hardware startups establishments

San FranciscoTop Market

California

San Francisco is the fundraising and product-design capital for hardware startups globally. Loom (acquired by...

Key players: HAX, Bolt

Chicago

Illinois

Houston

Texas

Dallas

Texas

Detroit

Michigan

Minneapolis

Minnesota

Seattle

Washington

Philadelphia

Pennsylvania

Phoenix

Arizona

Denver

Colorado

Cleveland

Ohio

Cincinnati

Ohio

Pittsburgh

Pennsylvania

St. Louis

Missouri

Nashville

Tennessee

Raleigh

North Carolina

Charlotte

North Carolina

Atlanta

Georgia

Portland

Oregon

Salt Lake City

Utah

Milwaukee

Wisconsin

Indianapolis

Indiana

Columbus

Ohio

Louisville

Kentucky

Fort Worth

Texas

Buffalo

New York

Hartford

Connecticut

Wichita

Kansas

Tucson

Arizona

Huntsville

Alabama

San Antonio

Texas

Jacksonville

Florida

Kansas City

Missouri

Dayton

Ohio

Rochester

New York

Albany

New York

Sacramento

California

Albuquerque

New Mexico

Tampa

Florida

Orlando

Florida

Miami

Florida

Baltimore

Maryland

San Diego

California

Las Vegas

Nevada

Reno

Nevada

Boise

Idaho

Rockford

Illinois

Peoria

Illinois

Grand Rapids

Michigan

Ann Arbor

Michigan

Lansing

Michigan

Green Bay

Wisconsin

Madison

Wisconsin

Omaha

Nebraska

Des Moines

Iowa

Cedar Rapids

Iowa

Charleston

South Carolina

Greenville

South Carolina

Memphis

Tennessee

Birmingham

Alabama

Richmond

Virginia

Virginia Beach

Virginia

Colorado Springs

Colorado

Spokane

Washington

El Paso

Texas

Oklahoma City

Oklahoma

Tulsa

Oklahoma

Baton Rouge

Louisiana

New Orleans

Louisiana

New York

New York

Akron

Ohio

Toledo

Ohio

Greensboro

North Carolina

Winston-Salem

North Carolina

Durham

North Carolina

Providence

Rhode Island

Springfield

Massachusetts

Worcester

Massachusetts

Allentown

Pennsylvania

Harrisburg

Pennsylvania

Lancaster

Pennsylvania

Scranton

Pennsylvania

Erie

Pennsylvania

Flint

Michigan

Kalamazoo

Michigan

Syracuse

New York

Riverside

California

New Haven

Connecticut

Bridgeport

Connecticut

Fayetteville

Arkansas

Knoxville

Tennessee

Chattanooga

Tennessee

Lexington

Kentucky

Youngstown

Ohio

Trenton

New Jersey

Newark

New Jersey

Melbourne

Florida

Fremont

California

Newport News

Virginia

Marietta

Georgia

Everett

Washington

Palmdale

California

Chandler

Arizona

Sunnyvale

California

Torrance

California

Cape Canaveral

Florida

From CAD File to Shipped Parts

Three steps. No runaround. You always know where your project stands.

Step 1

Upload Your CAD File

Send your STEP or IGES file. Select material, quantity, and finish. We review for manufacturability and respond fast.

Step 2

We Machine & Inspect

Your parts run on our CNC mills and lathes. Every order gets CMM inspection. We verify every critical dimension before shipping.

Step 3

Ship with Full Documentation

Parts ship with dimensional inspection reports, material certs, and full traceability. Everything your quality team needs.

Upload CAD for Instant Quote

Tips for Buying Hardware Startups
Wearable Device Components Parts

What hardware startups procurement teams should know before ordering wearable device components components.

LA hardware startups launching on Kickstarter should order 5-10 CNC-machined samples before committing to injection molding — you can photograph real machined parts for your campaign page and ship them to early reviewers.

ISO 9001

If you're building consumer electronics in LA, specify a type-II anodize finish on your aluminum enclosure prototypes — it matches the premium feel backers expect and previews your production intent.

UL

For climate-hardware startups at LACI, request salt-spray-tested finishes on outdoor enclosures — LA's coastal moisture accelerates corrosion on untreated aluminum faster than most founders expect.

CE Mark

Common Questions About
Wearable Device Components Machining

We machine titanium Grade 2 and Grade 5, 316L stainless, aluminum 6061, and ceramic-ready substrates for wearable applications.
Yes. We offer bead-blast, brushed, mirror polish, and anodized finishes on wearable housings and bezels for consumer-grade appearance.
We hold ±0.001" on general features and ±0.0005" on critical sensor window, gasket groove, and button bore dimensions.
Most wearable prototypes ship in 3 to 5 business days for raw machined parts. Add 2 to 3 days for cosmetic finishing.
Upload your STEP at rivcut.com/quote or email hello@rivcut.com with your design files.

Get Your Wearable Device Components
Parts Right

Send us your files. We'll review them for free and get you an honest quote within 24 hours. No pressure. No games.

No minimums · Prototypes welcome · NDA ready · Ships anywhere in the US