Turning Design Concepts into Precision Reality
TTD empowers your R & D journey with ultra – precise prototype parts. From complex geometries to material – specific solutions, we bridge the gap between ideas and market – ready products — fast, accurately, and reliably.
TTD delivers simple parts in 24h and complex assemblies in 3–5 days via automated programming + five-axis machining, slashing R&D cycles to seize market opportunities.
Backed by CNC systems, TTD achieves ±0.05mm tolerance for general prototypes. For high-difficulty parts (e.g., curved phone backs, drone thin walls), five-axis machining ensures ±0.02mm precision to avoid cost overruns.
Stocking ABS, POM, aluminum, PC, etc., TTD serves automotive, medical, and other industries with tailored solutions for diverse design verification needs.
From concept to physical part, TTD combines cutting-edge tech and industry expertise for reliable, efficient prototyping. Rapid CNC machining delivers micron-level precision (±0.02mm for high-difficulty parts) and fast turnaround, while 3D printing cuts R&D costs by 30% through early validation. Tailored post-processing—from medical-grade biocompatible coatings to brand-matched finishes—covers every development stage. For automotive, medical, electronics, or aerospace, TTD bridges ideas and market-ready prototypes with consistency, precision, and speed.
All materials are fully traceable, with mill test reports (MTRs) provided for each batch. After prototype machining, the first article undergoes mandatory First Article Inspection (FAI), with detailed dimensional and tolerance reports issued to ensure 1:1 accuracy with the design.
Using 3D scanning equipment, finished prototypes are compared with CAD models, making errors intuitively visible. Tolerances are controlled with precision up to the 0.01mm level, ensuring quality is "visible and traceable."
Regular prototypes: Strictly comply with the ISO 9001 quality management system; High-demand fields such as medical and aerospace: Additionally meet corresponding industry standards (e.g., medical prototypes adhere to ISO 13485), fully ensuring safety and compliance.
Free DFM Support: Design for Better Manufacturability
Our engineers provide free CAD file reviews, offering suggestions on wall thickness optimization, draft angle adjustment, and feature layout rationality. This helps customers reduce machining time by an average of 30%, transforming designs from “paper concepts” to “manufacturable reality.”
Confidential Collaboration: Safeguarding Intellectual Property
For pre-launch products (such as unreleased smartphones and automotive concept cars), we sign Non-Disclosure Agreements (NDAs) and implement full-process encrypted workflows to ensure the safety of customers’ intellectual property.
At TTD, we don’t just build prototypes—we build trust. Our 6 – pillar strength ensures your projects move from concept to reality smoothly. Whether you’re racing to launch a consumer device or perfecting a medical innovation, TTD is the partner that turns “what if” into “what is”—reliably, accurately, and efficiently. Let’s shape the future of your products, together.
With years of deep industry expertise, we have served leading enterprises in automotive, consumer electronics, medical, and other fields, boasting rich project cases.
Full coverage of CNC machining, 3D printing, and post-processing technologies, adapting to all stages of design verification.
Regular tolerance of ±0.05mm, and ±0.02mm for high-difficulty parts, accurately restoring designs.
24-hour rapid delivery, with dedicated personnel monitoring urgent projects to avoid delaying R&D progress.
Free DFM support + confidential collaboration, providing "one-stop peace of mind" from design to delivery.
Implement full-process quality management from material traceability and first article inspection to compliance with industry standards (ISO 9001, ISO 13485), ensuring reliable product quality.
Whether you’re verifying concepts in the early stages of product development or producing precision prototypes in small batches, TTD is your reliable partner. Click the button below to submit your design requirements, and let us help you quickly turn your “ideas” into “physical parts” to accelerate product launch!
We offer a wide range of materials to meet diverse needs, including ABS (ideal for appliance shells), POM (suitable for gears and transmission parts), 6061-T6 aluminum (lightweight and high-strength for drone frames), and PC (highly transparent for optical equipment prototypes).
For regular prototypes, we control tolerances to ±0.05mm, which meets most design verification needs. For high-difficulty parts like curved phone backs or drone thin-wall structures, 5-axis machining enables us to reach ±0.02mm tolerance, ensuring accurate reproduction of design details.
With automated programming and 5-axis machines, simple parts can be delivered within 24 hours, while complex assemblies take 3–5 days. Urgent projects are monitored by dedicated personnel to avoid delays in R&D progress.
3D printing is ideal for early design stages, such as verifying shapes or assembly relationships, as it allows low-cost trial-and-error. CNC machining is better suited for high-precision, functional prototypes when the design is confirmed, helping save over 30% of R&D costs by reducing unnecessary CNC trials.
We implement full-process quality control: all materials are traceable with MTRs, first articles undergo mandatory FAI with detailed reports, and 3D scanning compares finished parts with CAD models for visual error checking. We also comply with ISO 9001 (general) and ISO 13485 (medical) standards for safety and compliance.
