Established in 2005
Trusted On-Demand Manufacturing Factory

On-Demand Manufacturing Services

Unlock Instant Pricing and Fast Lead Times with Modo Rapid’s On-Demand Manufacturing

Upload your design files to receive instant pricing, lead times, and DFM feedback. With over a dozen available processes, including CNC metal machining, Plastic CNC Machining, 5-Axis CNC Machining, 3D printing, 3D printing for race car, Carbon Fiber Racing Parts, sheet metal fabrication, Urethane and Silicone Casting and injection molding, Modo Rapid is your one-stop shop for custom manufacturing solutions. Trust us to deliver high-quality parts tailored to your specifications efficiently and reliably.

  • Within 1-7 days of Obtaining a Prototype
  • 100% Factory Price
  • ZEISS CMM Report

ISO 9001 CNC companyIATE 16949 CNC machining company

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IATF 16949

IATF 16949 of Modo Rapid

Xometry’s Top Chinese Supplier

No Middlemen, No Platforms – You Get Factory Prices Directly

Trusted On-Demand Manufacturing Factory in China

Check the video to learn more about On-demand manufacturing at Modo Rapid

  • Quick Turnaround Times:

    “Get custom parts delivered in just 1-7 days. Modo Rapid ensures your production stays on schedule.”

  • High Precision Quality:

    “Achieve precision with parts guaranteed to ±0.001mm. Trust Modo Rapid for unparalleled quality.”

  • Cost-Effective Solutions:

    “Competitive pricing without compromising quality. Modo Rapid balances your budget and needs.”

  • Reliable and Efficient Communication:

    “Stay informed with real-time updates and responsive support. Modo Rapid keeps you in the loop.”

  • Comprehensive Customization:

    “Multiple processes combined to meet your exact specifications. Modo Rapid delivers tailored solutions.”

  • 24/7 Operations:

    “Around-the-clock manufacturing for timely delivery. Modo Rapid’s nonstop operations ensure efficiency.”

  • Certified and Compliant:

    “ISO 9001 and IATF 16949 certified. Modo Rapid meets industry standards and regulations.”

2 days

Fastest delivery in

19 years

Manufacturing experience

70 materials

Choose from over

Our Comprehensive Manufacturing Services

Not only do we follow your specified manufacturing processes, but we also suggest more affordable alternatives based on your design, helping you save time and money while getting the best results.

Ensuring Your Success with Top-Quality On-Demand Manufacturing

Most of our equipment is imported from Germany, Japan and Switzerland. Partner with Us: Enjoy Chinese Pricing with International Manufacturing Quality

At Modo Rapid, we prioritize the quality of your custom products, ensuring every step, from material procurement to final inspection, meets the highest standards.

Our rigorous quality control measures and advanced inspection equipment guarantee precision and reliability in every product we deliver.

 
 
 
 

Common Materials for Manufacturing-On-Demand

  • Silicone
  • Rubber
  • Carbon Fiber
  • PLA (Polylactic Acid)
  • PETG (Polyethylene Terephthalate Glycol)
  • TPU (Thermoplastic Polyurethane)
  • Resin (SLA, DLP)
  • Glass-Filled Polymers

What Our Customers Say

“Modo Rapid has always delivered exactly what we needed. We’ve received parts with holes perfectly placed, with the right finish, and always on time. Their user-friendly website ensures a faster turnaround.”

“I am impressed with how forthcoming and responsive Modo Rapid has been in all our communications. Your competitive prices have earned you many fans here at UK.”

“It has completely refreshed my perception of Chinese manufacturing. This is indeed a very impressive factory with quick response times.”

What stage is your project currently in? We can support you from prototyping to mass production, guiding you every step of the way.

Advantages and Benefits of On-Demand Manufacturing

Time and Cost Efficiencies

  • Streamlined Processes: Revolutionizes supplier interaction by automating routine steps like instant quoting.
  • Reduced Lead Times: Drastically cuts down lead times, even during supply chain disruptions.
  • Faster Product Development: Enhances responsiveness and competitiveness by allowing quick market entry.
  • Capital Savings: Eliminates the need for spare inventory management, freeing up capital for marketing, recruitment, and product development.
  • Cost Savings: Offers substantial cost savings and boosts overall profitability.

Enhanced Control and Innovation

  • Real-Time Updates: Provides real-time updates via cloud technology, enhancing communication and project management.
  • Improved Transparency: Allows effortless tracking, reporting, and stock management, identifying areas for improvement.
  • Risk Mitigation: Enables swift risk mitigation through enhanced transparency.
  • Fosters Innovation: Facilitates the production of single prototypes or small batches quickly and affordably, fostering innovation.
  • Reduced Development Risk: Reduces risks and time associated with new product development.
  • Successful Market Introduction: Increases chances of successful market introduction through flexible and affordable testing of new ideas.

On-Demand Manufacturing Process and Workflow

Diverse Industries We Serve

BMW’s iX5 Hydrogen with 3D Printed Parts

Automotive

  • Applications: Custom engine components, lightweight structural parts, and high-performance racing parts.
  • Examples: 3D printed race car parts, CNC machined engine blocks, and carbon fiber body panels.

Aerospace

  • Applications: Precision-engineered components, prototyping of new designs, and custom tooling.
  • Examples: Aircraft brackets, turbine blades, and aerodynamic testing models.
CNC machined medical prototypes

Medical

  • Applications: Medical devices, surgical instruments, and custom prosthetics.
  • Examples: CNC machined surgical tools, 3D printed prosthetic limbs, and custom medical device housings.

Consumer Products

  • Applications: Rapid prototyping of new products, custom electronics enclosures, and ergonomic product designs.
  • Examples: Plastic injection molded housings, 3D printed consumer electronics, and customized household items.
Production line automation

Robotics

  • Applications: Custom robotic parts, precision gears, and prototype development.
  • Examples: CNC machined robotic arms, 3D printed gear assemblies, and custom sensor housings.
Industrial and Manufacturing

Industrial Equipment

  • Applications: Custom machinery parts, heavy-duty components, and specialized tools.
  • Examples: CNC machined gears and shafts, 3D printed custom fixtures, and injection molded tool handles.
Electronics and Consumer Goods

Electronics

  • Applications: Custom enclosures, heat sinks, and prototype circuit boards.
  • Examples: CNC machined aluminum heat sinks, 3D printed electronic casings, and injection molded connectors.
Defense and Military

Defense

  • Applications: Tactical equipment, precision components, and ruggedized parts.
  • Examples: CNC machined weapon parts, 3D printed tactical gear, and custom armored vehicle components.

FAQ On-Demand Manufacturing

On-demand manufacturing has several advantages, but it also comes with some potential drawbacks:

  • Higher Unit Costs for Small Runs: The per-unit cost can be higher for small production runs compared to large-scale traditional manufacturing due to the lack of economies of scale.
  • Limited Material and Process Options: Some materials or processes might not be available for on-demand production, limiting the choices for certain applications.
  • Dependence on Supplier Reliability: The quality and reliability of on-demand manufacturing depend heavily on the supplier’s capabilities and consistency.
  • Potential for Longer Lead Times in High Demand Periods: During peak times, lead times may increase if the on-demand manufacturing facility is overwhelmed with orders.

On-demand manufacturing is a flexible production method where products are made to order rather than being produced in large batches and stored in inventory. This approach leverages advanced technologies like 3D printing, CNC machining, and automated manufacturing systems to quickly produce parts based on customer specifications. The key benefits include reduced inventory costs, faster response times, and the ability to produce highly customized products.

On-demand manufacturing involves the following steps:

  1. Design Submission: Customers submit their design files, typically in CAD format, to the manufacturing platform.
  2. Instant Quoting: The system provides an instant quote based on the design specifications, chosen materials, and required processes.
  3. DFM Feedback: Design for Manufacturability feedback is provided to ensure the design can be produced efficiently.
  4. Order Confirmation: The customer confirms the order and proceeds with payment.
  5. Production: The manufacturing process begins, using technologies like CNC machining, 3D printing, or injection molding.
  6. Quality Inspection: The finished parts undergo quality checks to ensure they meet the specified standards.
  7. Shipping: The parts are packaged and shipped to the customer.

The main differences between on-demand manufacturing and traditional manufacturing are:

  • Production Method: Traditional manufacturing involves producing large batches of products to achieve economies of scale, while on-demand manufacturing produces items as needed.
  • Inventory: Traditional manufacturing requires maintaining inventory, which can lead to higher storage costs and potential waste. On-demand manufacturing eliminates the need for large inventories.
  • Flexibility: On-demand manufacturing offers greater flexibility in producing customized and small-batch items, while traditional manufacturing is better suited for high-volume, uniform products.
  • Lead Times: On-demand manufacturing can often provide faster lead times for small runs, while traditional manufacturing may have longer lead times due to batch processing and setup times.

Traditional manufacturing has several drawbacks:

  • High Inventory Costs: Maintaining large inventories can lead to high storage costs and potential waste if products become obsolete.
  • Long Lead Times: The setup and production times for large batches can result in longer lead times, delaying the time-to-market.
  • Lack of Flexibility: Traditional manufacturing is less flexible when it comes to producing small batches or customized products, often requiring large minimum order quantities.
  • Risk of Obsolescence: Large batches increase the risk of producing items that may become obsolete, leading to wasted resources.

The choice between on-demand manufacturing platforms and traditional factories depends on your specific needs:

  • On-Demand Manufacturing Platforms: Ideal for small batches, customized products, and quick turnaround times. These platforms offer flexibility, instant quoting, and lower inventory costs.
  • Traditional Factories: Better suited for large-scale production runs where economies of scale can reduce per-unit costs. Traditional factories are more suitable for standardized products and long-term production contracts.
  • Considerations: Assess your production volume, customization needs, lead time requirements, and budget to determine which option best fits your business objectives.

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