Product-Like Prototypes
Produce housings, frames and mechanical components in production-intent metals and plastics for realistic evaluation.
CONSUMER ELECTRONICS · ENCLOSURES · CMF · PRODUCT DEVELOPMENT
Consumer Electronics Parts Manufacturing
Mockup manufactures custom parts and assemblies for consumer electronics, smart devices, wearables and connected products. CNC machining, injection molding, sheet metal, die casting, 3D printing and surface finishing support product development through production.
- Housings, frames, buttons, brackets and internal hardware
- Metal and plastic prototypes in production-intent materials
- Color, texture and cosmetic surface control
- Prototype, validation and production manufacturing
Send your product CAD, drawings, material and CMF requirements for manufacturing and engineering review.
Product-likeAPPEARANCE PROTOTYPES
CMF controlCOLOR + TEXTURE
Dense packagingFIT + THERMAL
Prototype → toolingNPI SUPPORT
01 / WHY MOCKUP FOR CONSUMER ELECTRONICS
Why Manufacture Consumer Electronics Parts With Mockup?
Consumer electronics need to work mechanically and look finished at the same time.
Mockup connects prototyping, manufacturing and finishing so engineering and appearance requirements develop together.
Cosmetic Surface Control
Coordinate anodizing, bead blasting, polishing, painting and texture around customer-facing surfaces.
Fast Design Iteration
Update housings, mounts, ports and assembly features as electronics and batteries change.
Metal & Plastic Manufacturing
Combine CNC, injection molding, die casting, sheet metal and additive manufacturing.
Prototype to Production
Validate geometry with flexible processes before transitioning toward tooling or repeat production.
Assembly Support
Coordinate inserts, hardware, buttons, covers and manufactured components into subassemblies.
10+ YearsMANUFACTURING EXPERIENCE
10,000+PROJECTS DELIVERED
100+COUNTRIES SERVED
Prototype → ProductionMANUFACTURING SUPPORT
02 / CONSUMER ELECTRONICS PROTOTYPING & PARTS
Consumer Electronics Prototyping and Manufacturing
Consumer electronics development moves quickly between industrial design and engineering while layouts, openings and cosmetic decisions continue evolving.
Mockup supports appearance prototypes, functional prototypes, engineering builds and production parts using processes appropriate to each stage.
Start a consumer electronics project ↗PRODUCT HARDWARE / 25 PART TYPES
What Kind of Consumer Electronics Parts Can We Make?
✓Device Housings✓Electronic Enclosures✓Aluminum Frames✓Plastic Enclosures✓Front Panels✓Back Covers✓Battery Covers✓Internal Frames✓Midframes✓PCB Mounts✓Heat Sinks✓Thermal Plates✓Buttons✓Knobs✓Switch Components✓Connector Brackets✓Camera Housings✓Lens Frames✓Speaker Grilles✓Sensor Mounts✓Wearable Housings✓Smart Home Enclosures✓Charging Device Parts✓Audio Product Components✓Fixtures & Assembly Jigs
03 / BUILD THE PRODUCT WITH THE RIGHT PROCESS
Match the Process to the Product Stage
Consumer electronics rarely use one manufacturing process from the first prototype through production. The right route changes as the design becomes more stable.
01 / ROUTE
CNC Machining
For aluminum housings, frames, buttons, heat sinks and high-quality functional prototypes in production-grade materials.
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02 / ROUTE
3D Printing
For early housings, ergonomic studies, internal packaging checks and fast design iterations.
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03 / ROUTE
Injection Molding
For plastic housings, covers, buttons and internal components once geometry and volume justify tooling.
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04 / ROUTE
Die Casting
For repeat-production aluminum and zinc housings requiring strength, EMI shielding or thermal performance.
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05 / ROUTE
Sheet Metal Fabrication
For internal brackets, shields, chassis, battery structures and supporting components.
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06 / ROUTE
Assembly
Combine manufactured components, inserts, fasteners and specified purchased hardware into subassemblies.
Explore service↗04 / MATERIALS & CMF
Material, Color and Finish Shape the Product Experience
Material and finish influence weight, touch, appearance, durability and how customers perceive the product.
METALS & PLASTICS
Materials
Aluminum, stainless, magnesium and zinc alloys; ABS, PC, PC+ABS, PMMA, POM, nylon, PP and TPU.
View All Materials ↗
COLOR · MATERIAL · FINISH
Surface Finishes
Anodizing, bead blasting, brushing, polishing, painting, powder coating, plating, laser marking and silk screening.
View All Surface Finishes ↗05 / FROM INDUSTRIAL DESIGN TO PRODUCTION
Manufacturing That Follows Product Development
Development route: Appearance → Functional Prototype → Engineering Validation → Production Validation → Production.
Appearance Prototype
Evaluate proportions, surface transitions, color, texture and overall product feel.
Functional Prototype
Add production-intent materials and internal features to evaluate fit, buttons, connectors and performance.
Engineering Validation
Confirm internal packaging, PCB mounting, battery location, thermal interfaces and assembly relationships.
Production Validation
Stabilize materials, tooling, finishes, tolerances and assembly requirements.
Repeat Production
Carry approved manufacturing and cosmetic requirements into production releases.
06 / ENCLOSURE & INTERNAL PACKAGING
Everything Has to Fit Inside the Product
Dense internal stacks of PCBs, batteries, displays, cameras, speakers, connectors and antennas make enclosure interfaces critical.
PCB Mounting
Bosses, standoffs, screw locations and locating features align the board without unnecessary stress.
Connector Openings
USB, power and audio openings align visually and mechanically with internal connector positions.
Battery Packaging
Housing geometry accommodates retention, expansion allowances and assembly access.
Camera & Sensor Position
Mechanical features establish the relationship between sensors, lenses, covers and external geometry.
Speakers & Microphones
Openings, grilles and mounting structures follow acoustic and assembly requirements.
Fastener Access
Screws, inserts and clips remain accessible without compromising appearance.
07 / THERMAL MANAGEMENT
Move Heat Without Compromising the Product
Compact electronics place processors, batteries, displays and power components into increasingly small spaces.
Aluminum Housings
Metal housings spread heat while providing the external product structure.
Heat Sinks
Machined or manufactured heat sinks provide controlled interfaces for heat-generating electronics.
Thermal Plates
Flat metal interfaces connect internal components to heat spreaders or external structures.
Ventilation Features
Slots, perforations and airflow paths support passive or active cooling.
Thermal Interfaces
Flatness, surface condition and stack-up matter where interface materials connect electronics to structure.
08 / COSMETIC QUALITY
The User Sees the Manufacturing Process
Customer-facing surfaces should be identified on drawings or cosmetic specifications, with RAL, Pantone, finish standards or approved samples where appropriate.
Color & Gloss
Control color consistency and gloss level across visible components.
Texture & Direction
Define bead-blast uniformity, brush direction, texture and polishing requirements.
Molding Appearance
Review sink marks, gates and parting lines around customer-facing surfaces.
Gap & Flush
Control visible relationships between covers, frames, buttons and bezels.
Marking Position
Coordinate logos, laser marking and silk screening with geometry and finish.
Surface Protection
Protect approved cosmetic surfaces through handling and assembly.
09 / DESIGN AROUND THE ASSEMBLED PRODUCT
Mechanical Fit Is More Than an Individual Part Tolerance
Critical interfaces should be controlled around the assembled product rather than assigning unnecessarily tight tolerances to every dimension.
Front + Rear Housing
Gap and flush consistency.
PCB + Enclosure
Boss and mounting-hole position.
Button + Housing
Clearance and travel.
Connector + Opening
Positional alignment.
Camera + Bezel
Centering and appearance.
Display + Frame
Opening size and edge relationship.
Heat Source + Housing
Flatness and thermal contact.
Insert + Boss
Retention and surrounding wall strength.
10 / FROM CNC PROTOTYPE TO PRODUCTION TOOLING
Keep the Design Intent When the Process Changes
Preserve the product's functional and visual intent while redesigning each part for its production process.
CNC → Injection Molding
Review draft, wall thickness, ribs, bosses, undercuts, gates and ejection before tooling.
CNC → Die Casting
Review wall uniformity, draft, ribs, parting lines, ejector locations and secondary machining.
3D Printing → Molding
Convert prototype geometry for repeatable mold filling, cooling and ejection.
Prototype Finish → Production CMF
Establish practical color, texture and gloss references for the intended substrate.
11 / CONSUMER ELECTRONICS QUALITY
Inspect What the Customer Will Notice—and What the Assembly Needs
CMM, optical measurement, gauges and cosmetic standards can be used according to project requirements. Inspection reports, material records and CoC can be supplied where agreed.
CMM, optical measurement, gauges and cosmetic standards can be used according to project requirements. Inspection reports, material records and CoC can be supplied where agreed.
- ✓Housing dimensions, holes and boss position
- ✓Connector-opening alignment, flatness and inserts
- ✓Button interfaces, gap, flush and assembly fit
- ✓Surface texture, color, gloss and finish consistency
- ✓Logo position and critical post-finish dimensions
12 / CONSUMER ELECTRONICS APPLICATIONS
Manufacturing Across Connected Products
Product-development and production support across compact, connected and customer-facing devices.
Smart Home Devices
Housings, frames, buttons, sensor mounts and internal mechanical components.
Wearable Electronics
Compact housings, frames, charging components and precision hardware.
Audio Products
Speaker housings, controls, frames, grilles and mounting hardware.
Cameras & Imaging Devices
Camera housings, lens frames, sensor mounts and brackets.
Computing & Accessories
Computer housings, docking products, peripherals and thermal hardware.
Charging & Power Products
Charger housings, thermal components, internal frames and hardware.
Personal Electronics
Custom housings, controls, frames and mechanical components.
Consumer Electronics Manufacturing FAQ
Can Mockup manufacture consumer electronics prototypes?+
Yes. CNC machining, 3D printing, sheet metal fabrication and other flexible processes support appearance, functional and engineering prototypes.
Can you make production-quality appearance prototypes?+
Yes. Production-intent materials with painting, anodizing, bead blasting, polishing and marking can create product-like prototypes.
Can you manufacture aluminum electronics housings?+
Yes. CNC machining suits prototypes and lower volumes, while die casting can be considered as volume increases.
Can you manufacture plastic enclosures?+
Yes. Plastic housings can be produced through CNC machining, 3D printing, vacuum casting or injection molding.
Can prototype parts transition to injection molding?+
Yes. Geometry can be reviewed for draft, wall thickness, ribs, bosses, undercuts and other tooling requirements.
Can Mockup match colors and textures?+
Color and texture can be controlled with finish standards, RAL or Pantone references, or approved samples.
Can you install inserts and assemble enclosure components?+
Yes. Threaded inserts, hardware and manufactured components can be installed or mechanically assembled.
Can Mockup support production after prototyping?+
Yes. The route can transition toward injection molding, die casting or repeat machining as design and volume mature.
CONSUMER ELECTRONICS MANUFACTURING REVIEW
Request a consumer electronics manufacturing review ↗Consumer Electronics Manufacturing Review
Share your product CAD, internal layout, materials, CMF requirements and development stage. Mockup will review the enclosure, interfaces, manufacturing process, finishing and transition to production.