Rapid Prototyping Services
Rapid prototyping speed meets CNC machining precision — 3D printing, CNC machining, sheet metal and extrusion services for design validation, functional testing and low-volume production across aerospace, medical & industrial applications.
- Prototype Lead Time as Fast as 1 Day
- 24-Hour DFM & Engineering Response
- CNC Machining to ±0.005 mm Tolerance
- Full Dimensional Inspection Report with Every Order
- 100+ materials & surface finishes available for prototyping and production
- ISO 9001, ISO 13485, IATF 16949 certified
Start A Rapid Prototyping Parts Quote
Secure & Confidential
Upload Your CAD Files
Upload your CAD files and receive DFM feedback and a quotation within 24 hours — for functional testing, design validation and low-volume production.
STEP / STP / IGES / SLDPRT / IPT / PRT / PDF drawings
- No MOQ required. All uploaded files are secure and confidential. Engineering response within 24 hours. NDA available upon request.
Validate Your Design Before Moving to Production
Rapid prototyping helps engineering and procurement teams test real parts earlier, identify design risks faster and make better production decisions before committing to tooling or volume runs.
From design review to prototype validation, every risk is checked earlier.
Tik Precision helps turn digital designs into physical prototype parts so your team can verify geometry, dimensions, surface quality, assembly fit and functional performance before production.
Accelerate Product Development
Prototype parts help your team test design variants, review fit and function, and shorten development cycles before production starts.
Reduce Cost and Design Risk
Early prototype review helps identify geometry, tolerance, material and assembly issues before tooling, fixtures or volume production.
Improve Team Communication
Physical prototypes make design reviews clearer for engineering, purchasing, stakeholders and end-use testing teams.
1–3 Days
Fast Prototype Lead Time
Typical lead time support for simple prototype projects and urgent engineering validation.
DFM
Design Feedback
Manufacturability risks, tolerance limits and material choices are reviewed before prototyping.
Form Fit Function
Prototype Validation
Check geometry, assembly fit, surface quality and real-world performance with physical parts.
12-Point QC
Inspection Support
Critical dimensions and prototype requirements can be checked before shipment.
Design Review
Evaluate CAD files, drawings, material, tolerance and prototype goals.
Prototype Build
Select CNC machining, 3D printing, sheet metal or casting based on the part.
Validate
Check dimensions, surface quality, assembly fit and functional requirements.
Decide
Use prototype feedback to improve design, approve samples or move toward low-volume production.
Our Rapid Prototyping Capabilities
CNC milling, 5-axis machining, turning, 3D printing and sheet metal fabrication for custom prototypes. We help you check part geometry, assembly fit and function before production.
Complex prototype parts in metals and plastics
Milling and 5-axis machining for prototypes with pockets, thin walls, curved surfaces and features on multiple faces.
Best For
- Housings, brackets and structural parts
- Complex surfaces and multi-face features
- Fit checks and functional testing
For complex part geometry
Fast design iteration for complex and lightweight structures
SLA, SLS and SLM options help teams validate complex geometries, appearance models and early-stage design concepts without tooling.
Best For
- Complex geometry and lightweight structures
- Functional and aesthetic prototype models
- Rapid design iteration before machining or production
Best for fast iteration
Assembly-ready brackets, panels and enclosure prototypes
Sheet metal prototyping supports laser cutting, precision bending, welding and finishing for parts that need assembly review.
Best For
- Enclosures, brackets, panels and structural parts
- Laser cutting, bending, welding and finishing
- Single parts or fully assembled prototype units
Best for assembly testing
Precision turned prototypes for fit and function
CNC turning for prototype parts with cylindrical profiles, stepped diameters, bores and threads, with milling for additional features where required.
Best For
- Shafts, sleeves and connecting parts
- Bores, threads and stepped profiles
- Mating fits and assembly checks
For rotational components
CNC Milling & 5-Axis
For complex prototype parts with pockets, curved surfaces and features on multiple faces.
3D Printing
Best for fast design iteration, complex geometry, lightweight structures and early concept validation.
Sheet Metal
Best for brackets, panels, enclosures and assembly-ready prototype structures.
CNC Turning
For rotational prototype parts with stepped diameters, precision bores, threads and mating features.
From CAD File to Prototype Parts
A fast, simple and reliable workflow from CAD review and DFM analysis to prototype production, surface finishing, inspection and delivery.
Upload CAD Files
Send 3D CAD files and 2D drawings with tolerances, threads, material, quantity and key specifications.
Output: clear prototype requirements for engineering review.
Review Manufacturability
Our engineers check wall thickness, tolerances, material choice, process risks and practical improvement options before production starts.
Output: DFM feedback and practical design suggestions.
Machine, Print or Form Parts
Prototype parts are produced by CNC machining, 3D printing, sheet metal fabrication or casting, with surface finishing when required.
Output: functional or visual prototype parts for validation.
Full-Dimension Inspection
Critical dimensions, surface quality and prototype requirements are checked by CMM, optical inspection or full-process traceability before shipment.
Output: inspected prototype parts ready for testing or approval.
Designed for design, engineering and procurement teams that need fast prototype feedback, DFM support and clear progress from quote to delivery.
Quality Assurance Built Into Every CNC Machined Part
From material verification to final dimensional inspection, Tik Precision uses controlled inspection steps and precision measurement equipment to keep parts consistent before shipment.
Incoming Material Check
Material certificates, visual checks and requirement review before machining starts.
In-Process Control
First article checks, patrol inspection and process monitoring during machining.
Final Dimensional Inspection
Critical dimensions, surface finish, function and cosmetic requirements are verified.
Outgoing & Shipping Verification
Packaging, labeling, report generation and shipment readiness are checked before dispatch.
Rapid Prototyping Applications for Engineering Validation
Tik Precision helps engineering teams build functional and visual prototypes for design review, assembly testing, material validation and low-volume production preparation.
Concept Models
- Early-stage product appearance
- Geometry and size confirmation
- Design direction review
Functional Prototypes
- Real material performance testing
- Thread, hole and feature validation
- Mechanical fit and function review
CNC Machined Prototypes
- Aluminum and stainless steel parts
- Tight tolerance prototype machining
- Production-grade material samples
3D Printed Prototypes
- Complex geometry validation
- Lightweight structure testing
- Fast design iteration cycles
Sheet Metal Prototypes
- Brackets, panels and enclosures
- Laser cutting and precision bending
- Assembly-ready prototype parts
Casting Prototypes
- Housings and cover samples
- Production-grade appearance review
- Small batches with consistent finish
DFM Review Samples
- Wall thickness and tolerance review
- Material and process feedback
- Manufacturing risk reduction
Low-Volume Pilot Runs
- First article and pilot samples
- Repeatable small-batch production
- Prototype-to-production transition
Not sure which prototyping process fits your design?
Send your CAD files, material, quantity and prototype goals. Our engineers will review manufacturability and recommend a practical prototyping process.
Bridge Prototype Validation to Low-Volume Production
After prototype samples are approved, Tik Precision helps stabilize the process with DFM review, first article inspection, in-process checks and final audit before repeat low-volume production.
QUALITY GATE CONTROL
DFM Review
First Article
In-Process Check
Final Audit
From Approved Sample to Stable Output
Once prototype demand is confirmed, we help move approved samples into pilot runs or low-volume production with inspection records, process checks and consistent delivery.
Approved prototype sample before production starts
Pilot run to confirm process stability and cost
Repeat delivery supported by inspection records
Prototype Validation
Validate form, fit, function, material and surface finish before committing to tooling, fixtures or volume production.
- Form, fit and function review
- Material and finish confirmation
- DFM feedback before production
Low-Volume Pilot Run
Move from approved prototype samples to a controlled pilot batch that confirms machining process, inspection points and cost feasibility.
- First article inspection
- Process stability confirmation
- Cost and lead time review
Repeatable Low-Volume Delivery
Repeat parts are delivered with inspection checkpoints, final audit and documentation support for stable low-volume manufacturing.
- In-process quality checks
- Final audit before shipment
- Inspection records for repeat orders
DFM Review
Manufacturability, tolerance, material and process risks are checked before pilot production.
First Article
Critical dimensions and prototype requirements are verified before continuing the batch.
In-Process Check
Key dimensions, surface finish and process stability are monitored during production.
Final Audit
Finished parts are reviewed, documented and prepared for shipment or repeat orders.
Production readiness focus: approve the prototype, confirm the pilot run, document quality results and move forward with repeatable low-volume production.
Rapid Prototyping FAQs
Find quick answers about prototype materials, tolerances, wall thickness, lead time, DFM feedback, inspection reports and low-volume production support.
Prototype Questions Buyers Ask First
These answers help engineering and purchasing teams understand prototype tolerances, materials, lead time, DFM support, inspection reports and low-volume production options before requesting a quote.
Same equipment, same tolerances. Prototyping uses softer or simpler toolpaths and standard stock sizes to reduce setup time and cost. Production adds process validation, fixture hard tooling, and batch optimization.
Yes. We machine the same alloys and engineering plastics used in final production—no property compromises.
Yes. Our standard tolerance control follows a drawing-first principle under the ISO 9001. ±0.002 mm is standard on both prototypes and production parts. No tolerance inflation for faster delivery.
Minimum 0.05 mm, but practical minimum depends on material, feature aspect ratio, and machining strategy. We provide DFM feedback if your design approaches limits.
3-7days. One-day delivery available for simpler parts or urgent requests.
Setup time, number of setups (3/4/5-axis), material cost, feature complexity, and surface finish requirements. Small parts with simple geometry start low. Complex 5-axis parts or tight-tolerance thin walls increase cost
Yes. We provide DFM markup and suggestions. Minor modifications included. Major redesign quoted separately.
Yes. Full CMM or optical inspection reports available. Critical dimensions can be 100% measured per your print.