Our History
Since 2024, we have been providing precision custom manufacturing services to businesses worldwide, creating high-precision, consistent custom products and components.
A Young Company with a Strong Manufacturing Foundation
Built on Experience. Growing Through Manufacturing.
Established in 2024, Xtmade brings together existing CNC machining operations, experienced production personnel, and manufacturing equipment. We continue to build on this foundation through the development of our production capabilities and quality systems.
Established
Engineering Experience
History
Our Development Journey
From an established manufacturing foundation to a growing precision machining operation.
Xtmade Was Established
Xtmade was established in March 2024 through the integration of existing CNC machining operations, manufacturing equipment, and an experienced production team. Rather than starting from the ground up, the company brought together established manufacturing resources and skilled personnel to build a more coordinated production operation. This provided an existing foundation in machining experience, equipment capabilities, and shop-floor management, allowing Xtmade to begin operations with practical manufacturing experience already in place.The establishment marked the beginning of Xtmade’s development as a dedicated CNC machining manufacturer, with a focus on custom-machined components, production coordination, and long-term manufacturing partnerships.
Production Operations Development
Following its establishment, Xtmade continued strengthening its manufacturing operations by coordinating machining equipment, production personnel, and technical resources into a more structured production system. The team focused on improving workflow coordination, machining process arrangements, and production management to support custom precision-machined components with varying geometries, materials, and tolerance requirements. With experienced machinists and engineering personnel working closely together, Xtmade progressively strengthened its ability to handle complex machining tasks, manage multiple production processes, and maintain consistency throughout manufacturing. These efforts laid a stronger operational foundation for taking on more demanding custom machining projects and supporting customers from initial drawing evaluation to finished-part production.
Production Capacity Expansion
We continued expanding its manufacturing resources and strengthening its machining capabilities to accommodate a wider range of custom manufacturing requirements. By improving equipment utilization, coordinating machining processes, and enhancing production planning, the company increased its ability to handle components of different sizes, geometries, and material specifications. The expansion also involved strengthening technical support and production coordination across multiple machining operations, including CNC milling, turning, and multi-axis machining. With greater manufacturing flexibility and a more integrated production setup, Xtmade became better equipped to manage complex part geometries, demanding dimensional tolerances, and diverse customer specifications, laying the groundwork for larger and more challenging manufacturing projects.
Engineering Team Development
Xtmade continued strengthening its engineering team by bringing together experienced technical professionals with practical knowledge of CNC machining, manufacturing processes, and precision component production. The engineering team focused on improving drawing interpretation, design for manufacturability (DFM) analysis, machining process planning, and production feasibility assessment. By combining engineering expertise with hands-on manufacturing experience, Xtmade enhanced its ability to identify potential machining challenges, evaluate critical dimensions and tolerances, select appropriate machining strategies, and develop practical production solutions. Closer collaboration between engineers, machinists, and quality personnel also helped ensure that technical requirements were properly translated into manufacturing operations, providing stronger engineering support from quotation and drawing review through production and inspection.
Quality Inspection Development
We continued investing in and strengthening its quality inspection capabilities, building on the quality management foundation established from the company’s early operations. With ISO 9001:2015 certification maintained since its establishment and renewed through regular annual surveillance and certification procedures, Xtmade further refined its inspection methods, measurement capabilities, and quality control practices.The continued development focused on improving dimensional measurement, geometric tolerance verification, surface finish evaluation, and inspection coverage throughout the production process. By strengthening the use of precision measuring instruments, CMM inspection, and in-process quality checks, Xtmade enhanced its ability to identify deviations, verify critical drawing requirements, and maintain consistent quality across custom-machined components.
Continued Manufacturing Growth
Today, We operates a 50,000 sq. ft. manufacturing facility supported by a team of 50 employees, including 8 engineers with over 20 years of industry experience. Our manufacturing operations integrate engineering, CNC machining, production management, and quality inspection to support custom precision-machined components across a wide range of industries.With an established manufacturing infrastructure, experienced technical personnel, and continuously strengthened production and inspection capabilities, Xtmade is equipped to handle diverse project requirements, from individual custom components and prototypes to repeat production orders. We continue to invest in manufacturing resources, technical expertise, and process improvements to meet increasingly demanding customer specifications and build long-term manufacturing partnerships.
Capabilities
Our Manufacturing Capabilities
We employ a diverse range of manufacturing technologies and production processes to accommodate the varying geometric shapes, material properties, structural complexities, and application requirements of different parts. Our one-stop custom manufacturing service also encompasses supplementary processes—such as secondary machining, surface treatment, and precision inspection—to fully address the specific needs of any project. Rather than being limited to a single manufacturing method, we conduct a comprehensive assessment based on each part’s design specifications, material characteristics, dimensional requirements, and intended application. This approach allows us to determine the optimal production strategy—integrating multiple processes when necessary—to deliver effective, practical manufacturing solutions for custom-made parts.
Our Engineering Expertise
Our engineering expertise is reflected in how manufacturing challenges are analyzed and translated into practical production solutions. We pay particular attention to features that can complicate production, such as thin walls, deep holes, complex contours, tight positional tolerances, and demanding surface finish requirements. By understanding how these factors interact during manufacturing, we can determine suitable machining methods, tooling approaches, and process sequences to achieve the specified part requirements.
Tolerance & GD&T Analysis
Evaluate dimensional and geometric tolerances, datum references, and critical features to establish suitable inspection and machining strategies.
CAM Programming & Toolpath Planning
Develop machining toolpaths, select cutting strategies, and plan tool access for complex geometries and multi-axis operations.
Workholding & Process Design
Determine fixture arrangements, machining sequences, and positioning methods to control deformation and maintain dimensional consistency.
Manufacturing Problem Solving
Address challenges involving thin walls, deep cavities, difficult materials, complex structures, and demanding surface finish requirements.
Quality Assurance
From raw material to final shipment, every part goes through a four-stage inspection process. We control quality at every step, so what you receive matches your drawings specifications. Our experienced quality engineers use advanced inspection equipment to verify dimensions, geometry and surface quality, ensuring consistent precision and reliability across every order.
01 Incoming Quality Control (IQC)
Raw material verification, material certificates, and incoming inspection.
02 In-Process Quality Control (IPQC)
Dimensional checks and process monitoring during machining operations.
03 First Article Inspection (FAI)
Verification of critical dimensions and drawing specifications on initial production parts.
04 Outgoing Quality Control (OQC)
Final dimensional inspection, appearance checks, and inspection documentation before shipment.
Inspection Category
Geometric Inspection
Flatness, parallelism, perpendicularity, and concentricity
Dimensional Inspection
Length, diameter, hole position, and feature dimensions
Surface Inspection
Surface roughness and visual defects
Material Verification
Material grade and certification records
Have a Part to Manufacture?
Share your drawings or specifications with our team for a manufacturing review.
Latest News
