FROM DRAWING
MANUFACTURING
Turn Your Drawings Into Precision Parts
Leading Drawing-to-Part Manufacturing Partner
From prototypes to production, we support CNC machining, sheet metal fabrication, 3D printing, injection molding and more.
From Concept to Finished Parts,
We Make It Simple
Engineering Support
DFM feedback and technical assistance.
Strict Quality Control
Inspection throughout production.
Advanced Equipment
Modern machines and processes.
On-Time Delivery
Reliable scheduling and shipping.
What Is Drawing-Based
Manufacturing?
What Are The Benefits Of Drawing-Based Manufacturing
High Precision
Tight tolerances down to ±0.01 mm with advanced equipment.
Fast Quotation
Receive a clear quote and DFM feedback quickly.
DFM Review
Free design-for-manufacturability feedback.
Wide Materials
Metals, plastics and specialty materials.
Surface Finishing
Anodizing, plating, painting, polishing and more.
Scalable Production
From a single prototype to high-volume production.
Quality Inspection
CMM, dimensional inspection and quality reports.
Global Shipping
Secure packaging and worldwide delivery.
Cerified Quality Assurance
Prototype to Production
Manufacturing
How Is the Cost of Custom Manufacturing Calculated?
Custom manufacturing costs are determined by several important factors, and the final quotation may vary depending on the complexity of the part, the selected material, and the production requirements.
To provide an accurate and competitive price, we carefully review each drawing and evaluate the full manufacturing process before preparing a quotation.
- Material Costs: The type, grade, and availability of raw materials have a direct impact on pricing. Common materials such as aluminum, stainless steel, brass, copper, titanium, and engineering plastics may differ significantly in cost.
- Machining Complexity: Part geometry, structural features, dimensional tolerances, and required machining time all influence the manufacturing cost. More complex parts generally require additional operations, programming, and longer production time.
- Surface Finish: Secondary finishing processes such as anodizing, polishing, plating, sandblasting, powder coating, painting, or heat treatment will also affect the total cost depending on the required appearance and performance.
In addition to the basic production factors, other practical requirements will also affect the overall price. These details are considered carefully to ensure the quotation matches your project needs and delivery expectations.
- Order Quantity: The quantity ordered plays an important role in unit pricing. Prototype and small-batch production usually have higher per-piece costs, while larger orders benefit from economies of scale and lower unit costs.
- Tolerance and Quality Requirements: Tight tolerances, strict inspection standards, and special testing requirements may increase production and quality control costs. Higher precision often requires more advanced equipment and additional inspection procedures.
- Lead Time: Standard lead times are generally more cost-effective, while expedited or urgent orders may require priority scheduling, additional labor, or faster logistics, which can increase the final quotation.
- Packaging and Shipping: Special packaging requirements, export protection, shipping methods, and destination can also contribute to the overall cost, especially for international orders or fragile precision parts.
To receive an accurate quotation, customers are encouraged to provide detailed drawings, material requirements, surface finish specifications, order quantity, and delivery expectations. This allows us to evaluate the project comprehensively and offer the most suitable manufacturing solution.
How long Does It Take From Design To Delivery?
The delivery time depends on material availability, part complexity, machining process, surface finish, and order quantity.
Once we receive your drawings, we review the details and provide a clear estimated lead time.
After reviewing the drawings, our engineers confirm the material, tolerances, surface
finish, quantity, and production schedule before manufacturing begins. This helps reduce
delays and keeps every stage on track from design approval to final delivery.
01. Customer Requirements and Design Review
02. Raw Material Selection and Supplier Management
03. Manufacturing Process Control
04. Quality Control and Inspection
05. Quality Records and Documentation
06. Product Delivery and Customer Feedback
TiRapid Qualiy Assurance Promise
At TiRapid, we believe quality is the foundation of every custom manufacturing project. Each part is produced and inspected according to your drawings, material requirements, and tolerance standards.
From raw material selection to machining, finishing, inspection, and packaging, every step is carefully controlled by our quality team. We use advanced inspection equipment, including CMM and 2.5D measuring systems, to ensure dimensional accuracy and stable quality.
With strict process control, material traceability, and secure packaging, we help customers receive reliable custom parts safely and on time.
CNC Machining Process Flow Chart
Why Choose Us?
Precision Manufacturing
Custom parts made according to your drawings, materials, tolerances, and application requirements.
Flexible Order Quantity
From prototypes to batch production, we support flexible quantities for different project needs.
Strict Quality Control
Each part is carefully inspected to ensure dimensional accuracy, surface quality, and stable performance.
Design Protection
Your drawings and project information are kept confidential throughout the manufacturing process.
Engineering Support
Professional DFM feedback and technical support.
Fast Response
Tight Tolerances
One-Stop Focused
Custom Manufacturing from Drawings for Your Business
Finding the right manufacturing partner is essential for turning engineering ideas into reliable custom parts. At TiRapid, we help engineers, designers, startups, and OEM buyers produce parts based on 2D drawings, 3D files, material requirements, and tolerance standards.
From prototype development to batch production, our team supports CNC machining, sheet metal fabrication, surface finishing, inspection, and secure packaging. Every step is carefully managed to ensure stable quality, efficient production, and dependable delivery.
With JR as your manufacturing partner, you can reduce development time, control costs, and focus more on product innovation while we handle the production process.
From Your Drawing
to Precision Parts
Upload your CAD files, 2D drawings, sketches, or samples. Our engineers review your requirements, provide DFM feedback, and manufacture high-quality parts with speed and accuracy.
ISO 9001
Certified
Quote Within
24 Hours
Tolerance
Down to ±0.01 mm
Prototype
to Production
Upload Your Drawing
Get a fast, free quote for your custom parts.
Your drawings are safe with us. We respect your privacy.
Freqiently Asked Questions
What file formats do you accept?
We accept STEP, STP, IGES, CAD, PDF, DWG and more.
What is your minimum order quantity?
We support both prototyping from one piece and mass production.
How long does it take?
Lead time depends on complexity and quantity. Most prototypes can be ready in 3–7 days.
Do you offer material certificates?
Yes. Material certificates and inspection reports are available on request.