Small Feature Review
Small holes, narrow slots, thin walls, fine threads and compact features are reviewed for tool access and burr risk.
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24 Hours QuoteHigh Precision Micro Machining Services
Micro machining support for small features, compact components and precision parts with demanding dimensional requirements.
- Small feature review
- Burr and tolerance planning
- Inspection method discussion
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Micro Machining for Custom Precision Parts
JADMAKE reviews small-feature machining projects carefully for tool access, burr control, wall thickness, tolerance risk and inspection feasibility.
Capabilities
Micro Machining Capabilities
Choose the machining strategy that matches part geometry, access, tolerance and production quantity.
Tolerance Feasibility
Critical dimensions are checked against material behavior, datum scheme, feature size and inspection method.
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Burr Control Planning
Edges, tiny holes and intersecting features need realistic deburring and inspection expectations.
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Prototype Validation
Small-feature parts are often best validated with prototypes before repeat low-volume production.
Learn MoreMicro Machining Capabilities and Specifications
Available ProcessesCNC milling, CNC turning, drilling, tapping, finishing and inspection review for small features
Feature ReviewSmall holes, narrow slots, thin walls, fine threads, miniature brackets and compact precision parts
Tolerance ApproachDrawing-based and confirmed only after material, geometry, datum and inspection review
Inspection MethodMust be matched to feature size, access, datum and buyer documentation requirements
MaterialsAluminum, stainless steel, steel, brass, copper, titanium and engineering plastics by project
Prototype Quantity1-20 parts for feasibility, assembly and functional validation
Low-Volume ProductionReviewed after prototype or process feasibility is confirmed
Lead TimeConfirmed after CAD, drawing, material, finish and inspection review
DocumentationInspection reports and certificates by project requirement
Important NoteExact minimum feature size must be verified by drawing before publishing or quoting
Micro Machining Materials
Aluminum
Lightweight, corrosion resistant, machinable and suitable for cosmetic or functional finishing.
- Applications
- RF housings, heat sinks, brackets, covers, fixture plates and enclosures.
- Common Grades
- 6061, 7075, 5052, 2024
Stainless Steel
Corrosion resistant, durable and suitable for parts that need strength and stable surfaces.
- Applications
- Fixtures, brackets, covers, equipment components and industrial precision parts.
- Common Grades
- 304, 316, 17-4 PH
Carbon and Alloy Steel
Strength, wear resistance and optional heat treatment depending on grade and application.
- Applications
- Tooling plates, structural components, machinery parts and durable brackets.
- Common Grades
- 1045, 4140, 40Cr
Brass and Copper
Good conductivity, machinability and corrosion resistance for electrical and thermal uses.
- Applications
- Electrical parts, contacts, RF details, grounding parts and thermal components.
- Common Grades
- C360, H59, C110
Titanium
High strength-to-weight ratio and corrosion resistance, with higher machining cost and tool-wear risk.
- Applications
- High-performance prototypes, lightweight structures and demanding precision parts.
- Common Grades
- Ti-6Al-4V
Engineering Plastics
Lightweight, insulating, low-friction or chemical-resistant options with material-specific stability risks.
- Applications
- Jigs, housings, wear parts, test fixtures and functional prototypes.
- Common Grades
- POM, PEEK, Nylon, PC, ABS
Surface Finishing Options for Micro Machining Parts
As Machined
Finish requirements can be reviewed with your material, tolerance and application needs.
Bead Blasting
Finish requirements can be reviewed with your material, tolerance and application needs.
Anodizing
Finish requirements can be reviewed with your material, tolerance and application needs.
Hard Anodizing
Finish requirements can be reviewed with your material, tolerance and application needs.
Powder Coating
Finish requirements can be reviewed with your material, tolerance and application needs.
Painting
Finish requirements can be reviewed with your material, tolerance and application needs.
Electroless Nickel Plating
Finish requirements can be reviewed with your material, tolerance and application needs.
Zinc Plating
Finish requirements can be reviewed with your material, tolerance and application needs.
Passivation
Finish requirements can be reviewed with your material, tolerance and application needs.
Polishing
Finish requirements can be reviewed with your material, tolerance and application needs.
Black Oxide
Finish requirements can be reviewed with your material, tolerance and application needs.
Laser Marking
Finish requirements can be reviewed with your material, tolerance and application needs.
Why Choose JADMAKE
Engineering Review Before Production
CAD files, drawings, material, tolerance and finishing requirements are reviewed before machining starts.
Consistent Quality Control
ISO 9001 process control and inspection checkpoints help manage dimensions, appearance and batch repeatability.
Direct Factory Communication
Project requirements are discussed with the team responsible for engineering review and production planning.
Flexible Production Volumes
Support for prototypes, engineering samples and repeat low-volume orders.
Complete Manufacturing Support
Machining, finishing, inspection, packaging and delivery are coordinated together.
Quality Control for Micro Machining Parts
Inspection reports, material certificates and surface treatment certificates can be provided according to project requirements.
Drawing ReviewMaterial VerificationFirst Article InspectionIn-Process InspectionFinal Dimensional InspectionSurface and Appearance InspectionPackaging and Shipment
CMMHeight GaugeProjectorMicrometerRoughness TesterPlug GaugesRing Gauges
Micro Machining Parts We Manufacture
Aluminum Housings
- Material: Aluminum
- Process: CNC Milling
- Finish: Anodizing
- Tolerance: Project dependent
Heat Sinks
- Material: Aluminum
- Process: CNC Milling
- Finish: Black Anodizing
- Tolerance: Project dependent
Precision Brackets
- Material: Aluminum / Steel
- Process: 3+2 Axis Milling
- Finish: As Machined
- Tolerance: Project dependent
Robotics Components
- Material: Aluminum / Steel
- Process: CNC Milling
- Finish: Painting
- Tolerance: Project dependent
Communication Enclosures
- Material: Aluminum
- Process: CNC Milling
- Finish: Anodizing
- Tolerance: Project dependent
SATCOM Components
- Material: Aluminum / Alloy Steel
- Process: 5-Axis Milling
- Finish: Black Oxide
- Tolerance: Project dependent
Optical Mounts
- Material: Aluminum / Stainless Steel
- Process: CNC Milling
- Finish: Passivation
- Tolerance: Project dependent
Automation Fixtures
- Material: Aluminum / Steel
- Process: CNC Milling
- Finish: Hard Anodizing
- Tolerance: Project dependent
Medical Device Components
- Material: Stainless Steel / Plastic
- Process: CNC Milling
- Finish: Polishing
- Tolerance: Project dependent
Aerospace Structural Parts
- Material: Aluminum / Titanium
- Process: 5-Axis Milling
- Finish: As Machined
- Tolerance: Project dependent
Micro Machining Services for Different Industries
Robotics
Structural brackets, actuator parts, sensor mounts and precision housings.
Communication and SATCOM
RF housings, antenna structures, terminal brackets and shielding components.
Industrial Automation
Fixtures, machine components, mounting plates and custom tooling.
Electronics
Heat sinks, enclosures, connectors, plates and shielding parts.
Medical Equipment
Prototype components, device housings, fixtures and precision metal parts where requirements are confirmed by drawing.
Aerospace
Engineering prototypes, lightweight structures and precision components with project-specific documentation requirements reviewed before quotation.
Prototype to Low-Volume Production
1-20 Parts
Suitable for design validation, functional testing, engineering samples and early project review.
20-500+ Parts
Suitable for bridge production, repeated small-batch orders and controlled production ramp-up.
Micro Machining Design Guidelines
Minimum Feature SizeAvoid specifying extremely small features unless they are functionally required.
Internal RadiiSmall cutters need realistic corner radii and tool access.
Thin WallsThin walls can deform, vibrate or burr during machining and finishing.
Hole DepthDeep micro holes increase tool breakage and inspection difficulty.
ThreadsFine threads need clear standard, class, depth and inspection expectations.
BurrsIntersecting holes and tiny edges should include realistic burr acceptance criteria.
DatumsSmall parts still need a clear datum scheme for repeatable inspection.
MaterialMaterial hardness, ductility and heat behavior can strongly affect small-feature machining.
FAQ
What is high precision micro machining?
In this context, it refers to CNC review and machining of compact parts or small features where tool access, burr control, tolerance and inspection are challenging.
Can JADMAKE guarantee a minimum feature size?
Minimum feature size must be verified from the drawing, material, geometry and inspection method before quotation or public claims.
What small features are difficult to machine?
Very small holes, deep narrow slots, thin walls, fine threads, sharp internal corners and intersecting features can increase risk.
What files are needed for micro feature review?
Send CAD files, 2D drawings, material, quantity, critical tolerances, surface finish and inspection requirements.
Should small-feature parts be prototyped first?
Often yes. Prototyping helps confirm feature feasibility, burr control, fit and inspection approach before repeat production.
Can inspection reports be provided?
Inspection reports can be provided according to project requirements when measurable critical dimensions are defined.
Ready to Start Your Micro Machining Project?
Upload your drawings and CAD files. Our engineering team will review your project and provide a quotation with machining recommendations.
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