01
CNC Milling
Pockets, slots, hole patterns, complex profiles
Prototypes, custom components, repeat batches
Geometry, setup, datums, critical dimensions and inspection
CAPABILITIES / TECHNICAL OVERVIEW
Precision Manufacturing Capabilities
Explore machining processes, materials, secondary operations, and the information needed to define a suitable manufacturing route.
Send Your Drawings
CAPABILITY MATRIX / 01
Process selection starts with the part requirements.
Use this matrix as an initial process-selection guide. Final manufacturing routes and resource availability are confirmed against each drawing and project requirement.
ProcessTypical features or scopeSuitable projectsReview focus
02
CNC Turning
Shafts, sleeves, threads, flanges
Rotational components and repeat spares
Diameter, length, runout, threads and secondary operations
03
Precision Grinding
Qualified flat or cylindrical precision features
Applications requiring controlled geometry, dimension or finish
Material condition, hardness, stock allowance, geometry and inspection
04
Coordinated Secondary Processes
Finishing, treatment, deburring and assembly requirements
Completed-part and multi-process supply
Finish specification, masking, documentation and process compatibility
PROCESS DETAILS / 02
Manufacturing considerations by process.
Each manufacturing route is defined around the drawing, material, quantity, critical features, quality requirements, and intended application.
CNC Milling
Prismatic components, plates, housings and geometry requiring multiple controlled faces
Typical features
- Pockets and cavities
- Hole patterns
- Threads and slots
- Datum-controlled features
- Multi-face machining requirements
Materials considered
Metals and engineering plastics, with specific grade and condition reviewed
Technical review focus
Setup strategy, datum structure, feature access, critical dimensions and inspection approach
What to provide
2D drawing, 3D model when available, material, quantity and identified critical features
PROCESS ROUTE / PROJECT SPECIFIC
CNC Turning
Rotational components, threaded parts, bushings and repeat replacement parts
Typical features
- Shafts and sleeves
- Internal and external threads
- Flanges and stepped diameters
- Rotational features
- Runout-related requirements
Materials considered
Metals and engineering plastics, subject to grade, condition and geometry review
Technical review focus
Diameter-to-length relationship, workholding, runout, thread definition and secondary operations
What to provide
Drawing with diameters, lengths, thread standards, datum references and inspection requirements
PROCESS ROUTE / PROJECT SPECIFIC
Precision Grinding
Components requiring controlled flatness, cylindrical geometry, dimensional accuracy, or surface finish.
Typical features
- Flat precision surfaces
- Cylindrical precision features
- Geometry and finish requirements
- Features requiring project-specific inspection
Materials considered
Material type, hardness and incoming condition must be reviewed for each project
Technical review focus
Stock allowance, heat-treatment state, geometry, finish callouts and verification method
What to provide
Drawing, material condition, pre-grind condition, critical features and inspection expectations
PROCESS ROUTE / PROJECT SPECIFIC
Coordinated Secondary Processes
Completed components requiring one or more coordinated operations after primary machining.
Processes considered
- Anodizing
- Passivation
- Plating
- Black oxide
- Heat treatment
- Powder coating
- Deburring
- Assembly
Materials considered
Compatibility is reviewed between base material, condition, finish and functional requirements
Technical review focus
Specification, masking, cosmetic criteria, dimensional impact, documentation and route compatibility
What to provide
Applicable process standard, finish callout, color or appearance criteria, masking and documentation needs
PROCESS ROUTE / PROJECT SPECIFIC
Availability and process routes are confirmed project by project. Resource selection follows drawing and requirement review.
EQUIPMENT + CAPACITY / 03
Machining Capacity for Complex, Multi-Side Parts
Our horizontal and multi-axis machining resources support precision components that require multiple machined faces, stable datum control and fewer re-clamping operations. Equipment is selected project by project according to part size, material, tolerance, geometry and production volume.
- 01Horizontal machining for multi-face components
- 02Reduced re-clamping for improved datum consistency
- 03Small-to-medium housings, blocks, fixtures and mechanical components
- 04First-article, low-volume and repeat-batch production
- 05Project-by-project review of drawings, models or physical samples
TH63S Horizontal Machining Center
Suited to multi-face machining and repeat production where loading and machining efficiency are important.
- X / Y / Z travel
- 1050 × 750 × 900 mm
- Worktable
- 700 × 630 mm
- Spindle taper
- BT50
- Spindle speed
- 6000 rpm
- Worktable format
- Double exchange
SH50 Compact Horizontal Machining Center
Suitable for small and medium-sized precision parts, housings, fixtures and components requiring machining on multiple faces.
- X / Y / Z travel
- 800 × 600 × 600 mm
- Worktable
- 600 × 500 mm
- Spindle taper
- BT40
- Spindle speed
- 8000 rpm
TH6370 Horizontal Machining Center
Provides a larger working envelope and rigid horizontal-machining configuration for housings, structural components and demanding multi-side work.
- X / Y / Z travel
- 1050 × 750 (920 listed variant) × 900 mm
- Worktable
- 700 × 630 mm
- Spindle taper
- BT50
- Spindle speed
- 6000 rpm
PRODUCTION ENVIRONMENT
Machining resources in a production environment
This image is shown for general production-environment context only. Equipment selection and manufacturing routes are confirmed against the drawing, material, tolerance and inspection requirements.
PROJECT REVIEW
Not sure which machining process fits your part?
Send the drawing, 3D model, sample photos or key dimensions. We will review the machining route, equipment fit and inspection requirements before quotation.
Request a QuoteMATERIALS + FINISHES / 04
Materials and downstream processes.
Material selection is considered together with geometry, condition, machinability, finishing, dimensional requirements, verification, and supply needs.
Material groupRepresentative examplesProject review focus
Aluminum
Grade confirmed by project
Grade, temper, geometry, finish route and cosmetic requirements
Stainless Steel
Grade confirmed by project
Grade, condition, work-hardening behavior, finish and passivation requirements
Carbon and Alloy Steel
Grade confirmed by project
Grade, hardness, heat-treatment sequence, allowance and corrosion protection
Copper and Brass
Grade confirmed by project
Grade, conductivity or functional requirements, geometry and surface protection
Engineering Plastics
Grade confirmed by project
Material stability, moisture behavior, tolerances, finish and service environment
Other materials upon review
Grade confirmed by project
Availability, machinability, compliance, process route and verification requirements
SECONDARY PROCESSES
Requirements considered as part of the complete route
- Anodizing
- Passivation
- Plating
- Black oxide
- Heat treatment
- Powder coating
- Deburring
- Assembly
Subject to drawing review and qualified resource confirmation.
TOLERANCE + INSPECTION / 05
Define the feature before defining the route.
Tolerances down to ±0.005 mm for qualified features and applications. This is not a blanket tolerance for every dimension or part.
- 01Dimensional tolerance
- Material, feature size, geometry, setup, process route and measurement method
- 02Flatness
- Surface area, material condition, stock removal, support strategy and inspection setup
- 03Position
- Datum scheme, feature size, accessibility, setup relationship and verification method
- 04Concentricity and runout
- Datum axis, length-to-diameter relationship, workholding, process sequence and inspection
- 05Surface finish
- Material, process, feature access, directionality, functional need and measurement definition
- 06Threads
- Thread standard, class, depth, material, gauge requirement and any post-process dimensional effect
Achievable tolerance depends on material, part size, geometry, manufacturing process, feature definition, and inspection requirements.
PROJECT FIT / 06
Prepare your project for an efficient manufacturing evaluation.
Clear technical inputs help identify suitable processes, manufacturing resources, inspection needs, and open questions early.
Good fit
- 2D drawing or 3D model is available
- Material and quantity are defined
- Critical dimensions or functional requirements are identified
- Prototype, low-volume or repeat requirements
- Project requirements can be confirmed before production
Needs clarification
- Concept only, without dimensional information
- Extreme tolerance applied to every dimension
- Material or finishing requirement is undefined
- Inspection standard is unclear
- Safety-critical requirements without defined standards, validation criteria, or responsibilities
RFQ PREPARATION / 07
Information to include with your inquiry.
A complete technical package helps us evaluate the manufacturing route, clarify open requirements, and prepare a more focused response.
- 012D drawing
- 023D CAD model, if available
- 03Material and condition
- 04Quantity and repeat demand
- 05Critical dimensions
- 06Surface-finish requirements
- 07Inspection and documentation requirements
- 08Delivery destination
- 09Target schedule
START A REVIEW / 09
Have a Custom Part to Manufacture?
Share your drawing, CAD model, material, quantity, critical features, and quality requirements to begin a focused manufacturing evaluation.
Request a Quote