Machining
Custom machining services for precision parts and rubber molds
DTM’s machining services are at the core of our operations, combining cutting-edge technology with decades of experience to deliver precise, high-quality parts.
Our state-of-the-art CNC equipment allows us to handle a wide range of machining tasks, from simple 2D parts to complex multi-axis components. Whether you need small, intricate parts or large, durable components, our machining services are designed to meet your exact requirements with unparalleled accuracy.
DTM is a complete machining facility
DTM is capable of CNC milling, turning, Surface grinding, Wire EDM and Sinker EDM of all types of material from small to large parts, turning up to 16″ in diameter and milling up to 48″ x 96″ with our CNC mills.
Machining solutions to meet diverse needs
Our precision machining services are designed to meet the needs of two distinct audiences: those who require expertly machined tooling for rubber molding and those seeking precision parts for various industrial applications. Our machining capabilities are versatile, allowing us to serve both sectors with the highest levels of quality and precision.
Custom machining services for rubber mold tooling
One of our core specialties at DTM is machining the components necessary for high-quality rubber mold tooling. Our expertise in this area allows us to deliver precision-machined parts that are critical to the performance and longevity of rubber molds. Whether you need cavity inserts, cores, or other custom components, our machining services ensure that each part is crafted with meticulous attention to detail.
Machining rubber mold tooling components
Our process for designing rubber mold tooling components begins with a thorough understanding of your specific needs. We work closely with you to ensure that each component is designed to fit perfectly within your mold assembly. This collaborative approach helps us identify potential issues early in the process, preventing costly rework and ensuring that your tooling is built to last.
Key components we machine for rubber molds include:
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Cavity inserts
These are machined with precision to ensure that the final molded parts meet exact specifications.
Cores
We machine cores to the highest standards, ensuring that they fit seamlessly into the mold and contribute to the overall quality of the final product
Moving parts and automation components
We create moving parts, such as sliding core bars and popup cores, which are essential for automated molding processes.
Engineering to prevent defects
Our machining capabilities for rubber mold tooling also extend to complex features that help minimize common molding defects, such as flash, warping, and gas entrapment. By addressing these issues first in the engineering phase and then in the machining phase, we help ensure that your molds produce consistent, high-quality parts with minimal waste.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Precision metal parts machining for industrial applications
In addition to machining tooling components for rubber molds, DTM also offers precision parts machining for a wide range of industrial applications. Our state-of-the-art CNC machine equipment and skilled machinists allow us to produce high-quality parts that meet the strictest tolerances, whether for small production runs or custom one-off pieces.
Meeting diverse industry requirements
DTM’s precision machining services cater to industries such as automotive, heavy equipment, medical devices, and more. Our ability to machine complex parts with tight tolerances makes us a trusted partner for companies that demand reliability and precision in their components.
Our custom CNC machining services produce parts with the highest levels of accuracy. Our CNC milling and turning services are ideal for creating both simple and complex parts, whether for small batches or full-scale production runs.
Our machining capabilities include:
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
CNC turning
Precision turning for high- quality cylindrical parts with tight tolerances.
Hard milling
Milling of hardened materials for robust, long-lasting components.
Wire EDM
Precision cutting of complex shapes using electrical discharge machining.
Gages
Precision gage creation for accurate measurement and quality control.
Maintenance
Providing repair and maintenance machining to extend equipment life.
Machining of castings
Precision machining of cast metal parts to final specifications.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Hard turning
Machining harder material types for durable, precise components.
Tight tolerances
High-accuracy machining maintaining extremely tight tolerances up to .0002”.
Sinker EDM
Machining intricate cavities and fine details with high precision.
Structural components
Machining large-scale components for structural applications.
Work holding fixtures
Custom fixtures to secure workpieces during machining processes.
Prototype manufacturing
Machining prototypes to ensure functionality.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
CNC milling
Advanced milling techniques for complex part geometries and high-precision requirements.
Surface grinding
Achieving fine surface finishes and exact dimensions on flat surfaces.
Dies
From stamping dies to slitting dies, we offer a large array of custom die manufacturing for accurate, repeatable partsproduction.
Automation equipment
Crafting parts for automated machinery and systems.
Revisions
Modifying and improving existing parts for better performance.
Small production runs
Tens to hundreds of custom parts to meet your quantity needs.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Hard milling
Milling of hardened materials for robust, long-lasting components.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Tight tolerances
High-accuracy machining maintaining extremely tight tolerances up to .0002”.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Surface grinding
Surface grindingAchieving fine surface finishes and exact dimensions on flat surfaces.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Wire EDM
Precision cutting of complex shapes using electrical discharge machining.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Sinker EDM
Sinker EDMMachining intricate cavities and fine details with high precision.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Dies
DiesFrom stamping dies to slitting dies, we offer a large array of custom die manufacturing for accurate, repeatable partsproduction.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Gages
Precision gage creation for accurate measurement and quality control.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Structural components
Structural componentsMachining large-scale components for structural applications.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Automation equipment
Automation equipmentCrafting parts for automated machinery and systems.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Maintenance
Providing repair and maintenance machining to extend equipment life.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Work holding fixtures
Work holding fixturesCustom fixtures to secure workpieces during machining processes.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Revisions
RevisionsModifying and improving existing parts for better performance.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Machining of castings
Precision machining of cast metal parts to final specifications.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Prototype manufacturing
Prototype manufacturingMachining prototypes to ensure functionality.
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Small production runs
Small production runsTens to hundreds of custom parts to meet your quantity needs.
Materials
We manufacture with a wide range of material types, including:
- Steel
- Stainless Steel
- Copper
- Brass
- Titanium
- Exotics
- Plastics
The DTM process: Confidence from concept to completion
At DTM, our process is thorough and efficient, ensuring that every part we produce meets the highest standards of quality and durability. Here’s how we approach each machining project:
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
1. Initial consultation
We start by discussing your part design, production requirements, and any specific challenges you may face. This initial consultation helps us understand the scope of your project so we can customize our services to meet your needs.
2. Design review
Before we begin, we review the design to ensure that it meets your specifications. This step is crucial in preventing issues during production and ensuring that the final parts meet your expectations.
3. Precision machining
Using advanced CNC machines, we carefully machine each part to the exact specifications. Our skilled machinists pay close attention to detail, ensuring that all dimensions and tolerances are accurate.
4. Quality control
After machining, each part undergoes a rigorous quality control process. We inspect each part to ensure that it meets the highest standards of quality and intended functionality.
5. On-time delivery
Once the parts have passed our quality control checks, we prepare them for delivery. With DTM, you can trust that your parts will be delivered on time, defect-free, and ready for use in your production process. We have the capabilities to do quick-turn work for urgent needs.
Why choose DTM for your precision machining needs?
Engineering and design
Each project starts in the engineering and design phase. Whether you’re working from a completed design or just have a simple sketch, we ensure that your precision parts or tooling components are thoughtfully engineered to meet your needs and budget.
Our skilled engineers use the latest CAD/CAM software to create detailed designs and programming for simple to complex multi-axis parts. Our quality control process starts at the design phase, ensuring components are engineered to the highest standards, and saving you money over the life of the project.
Experience
With over 30 years of experience in the industry, we have the expertise to handle even the most complex machining projects.
Precision
Our commitment to precision ensures that every part we machine meets the highest standards of quality and accuracy.
Customer focus
We work closely with you at every stage of the project, ensuring that your needs are met and that you’re satisfied with the final product.
Innovation
We stay at the forefront of industry advancements, using the latest technology and techniques to deliver cutting-edge solutions.