RAPID PROTOTYPING AND MASSIVE PRODUCTION, METAL AND PLASTIC.
Custom Parts, On Demand Manufacturing
Get high-quality, quick delivery and professional engineering service from an experienced manufacturer.
Our On-Demand Manufacturing Services
From rapid prototyping to mass production, we manufacture products with complex geometries and high aesthetic demands. Our skilled experts and advanced technologies allow us to deliver an extensive range of on-demand manufacturing services.
CNC Machining
Computer numerical control machines produce complex parts with great accuracy and consistency. CNC machining excels in efficiently handling single pieces, small batches, and mass production with remarkable precision and expertise.
Rapid Prototyping
Rapid prototyping encompasses several technologies that can efficiently produce a small number of parts at a low cost. These technologies include different 3D printing methods and urethane casting.
Injection Tooling
We’re experts in both rapid mold and production mold manufacturing. Our rapid mold option is ideal for making a small number of plastic products, typically between 1000 to 30000 shots. On the other hand, our production mold service is specifically tailored for large-scale projects that require over 30K shots.
Injection Molding
Injection molding is used for producing a wide array of plastic products ranging from bottle caps to automotive parts. It is the most common process to make plastic parts.
Sheet Metal Fabrication
Sheet metal fabrication is a process where flat sheets of metal are transformed into various useful components and structures. It involves cutting, bending, and shaping the metal to create the desired shapes and sizes.
High-Pressure Die-casting
Most common process to make metal parts in volume. Most common used materials are Aluminum Alloy, Zinc Alloy and Magnesium Alloy.
Our Robust Capabilities Behind Numbers
Companies Served
Unique Parts Produced
Countries Shipped
Years in Business
Suppliers Cooperated
How To Work With Us?
To start, select a service, Upload a .stp file. and Within a couple of hours, we’ll send you the Engineering analysis (DFM) and prices. Upon your agreement, We’ll start the manufacturing Process. Parts shall be made, And delivered to you. In a couple of days.
1. Select a service and upload files
2. Get engineer feedback and quote
3. Manufacturing Start
4. Parts are delivered
Why Choose Us?
Taking full advantage of any on demand manufacturing services means choosing those who not only own powerful manufacturing capabilities, but also produce complex end-use parts in a fast, efficient, and smart way. Capable Machining meets these requirements.
Industries Served
With the superior quality and reliable functionality of our prototypes, molds, and finished products, they see extended use in various industries as they become integral components for many businesses.
Read Latest Blogs
Check out the latest industry trends and take inspiration from our updated blogs, giving you a fresh insight to help boost your business.
Deformation Vibration Analysis and Process Optimization of TC4 Titanium Alloy Thin-Walled Part Machining
This article investigates machining deformation and chatter marks of large-diameter TC4 titanium alloy thin-walled channel skeleton parts. It analyzes root…
Application and Optimization Strategies of CNC Machining for Automotive Mechanical Mold Manufacturing
This paper introduces the suitability of CNC machining technology for automotive mechanical mold production, analyzes its practical application in stamping…
Dynamic Milling Model and Milling Error Control for Five-Axis CNC Machining Center
This paper establishes a dynamic milling dynamics model for five-axis CNC machining center, analyzes cutting error sources and designs error…
Process Optimization and Multi-Source Error Compensation for High-Precision Machining of CNC Machine Tool Spindle Housing
This paper takes HT300 cast iron CNC machine tool spindle housing as the research object. It integrates structural manufacturability improvement,…
CNC Milling of Multi-Surface Parts: Clamping Strategy, Modular CNC Programming and Error Compensation
This paper analyzes process characteristics and technical challenges in CNC milling of multi-surface parts, including reference transformation and repeatability errors…
Thin-Walled Curved Titanium Alloy Housing Machining: Deformation Inheritance, Clamping Optimization and Chatter Suppression
This paper investigates thin-walled curved titanium alloy housing machining for aircraft engines. It analyzes deformation inheritance from hot forming, carries…