What is Micro Machining
Micro Machining services have a wide range of applications and are commonly used in the medical industry, aerospace, optical, electronics, military/defense, and pharmaceutical industries. These industries require higher tolerances for miniaturized and complex components.
Small parts that cannot be realized by conventional processing methods. Miniature machining is a type of machining technology, which is the process of manufacturing small parts or structures with extremely high precision. It is a manufacturing method that removes material using microscopic devices and tools, creating complex and even sophisticated parts that are invisible to the naked eye.
Tirapid is a specialist in miniature machining. We have advanced equipment， for example, milling machines, Swiss lathes, and turn machines. And equipped with first-class technical engineers. To provide you with leading efficiency, finish, and shape, overcoming the difficulties of manufacturing slightly complex geometric parts.
Capacities of Micro Machining Services
Miniature machining is also a type of precision machining that manufactures complex and precise tiny parts through smaller equipment. The following are the miniature machining techniques we provide.
Tirapid specializes in miniature 5-axis technology. Advanced 5-axis equipment enables us to provide precision and minute component machining from millimeters to microns. Through our leading five-axis machining technology, we can maintain the most precise machining in the industry even for the most precise and complex components.
Tirapid has more than 15 years of milling processing expertise, and extensive experience working on a variety of projects. Our proficiency in advanced milling techniques. enables us to manufacture precision parts with tolerances of 2-3μ.
Turning processing is a precise manufacturing process that removes material to create high-precision miniature parts. Tirapid specializes in achieving tight tolerances and superior surface finishes, catering to a variety of industries. CNC turning technology enables us to manufacture parts with diameters below 0.1 mm.
Drilling uses specialized drilling tools. Such as laser drilling or wire cutting to precisely drill extremely small holes or cavities with diameters ranging from micrometers to millimeters in various materials or components.
Wire EDM is a precise and precise cutting process that erodes material by discharging a wire. Can produce a high-quality surface finish that is smooth and burn-free, requiring no additional post-processing operations.
Laser cutting is an efficient thermal separation process. Materials are precisely cut, removed, melted, or completely evaporated using a focused laser beam. Without physical contact, this innovative technique ensures cleaner and more accurate parts. Laser Machining services further increase manufacturing capabilities by enabling fast and flexible production of prototypes and custom Prototype components.
Micro Michining Parts Series
Tirapid is your trusted precision micro-machined parts manufacturer. We provide you with a variety of services. With flexible production capacity, it provides customization options from small batches to mass production of more than 10,000 pieces and serves more than 3000+ customers. The following is our real case
Advantages of Micro Machining Services
Micro Machining provides key advantages across a variety of industries, including:
Precision: High precision and intricate detail are achieved.
Miniaturization: The ability to produce small, complex components.
Versatility: Works with a wide range of materials.
Cost-Effective: Less waste and secondary operations, lower costs.
Faster production: High-speed capability for fast turnaround.
Customization and Flexibility: Allow for quick design tweaks and customization.
Automated manufacturing process: Automated manufacturing is programmed to enable easy mass production. Reduce labor costs
Why Us
With more than 16 years of experience in CNC machining, Tirapid is a trusted brand serving customers from different countries. we have completed more than 10,000 projects and won unanimous praise from customers.
At Tirapid, we are constantly striving to advance our capabilities and are keen on new and challenging CNC miniature machining.
Whether your project has not started or is still in progress, the machinist team is ready to provide valuable insight into the materials and designs that best suit your manufacturing goals. All while meeting the exact specifications and tolerances you require.
Industry Application of Micro Machining
Machining small and complex parts is a challenging job that requires expertise and experience. With over a decade of processing expertise, Tirapid has become an industry leader.
We provide comprehensive tooling services in a variety of fields, including prototypes, toys, aerospace components, medical components, and more.
Micro Machining Material&Surface Treatment Options
Tirapid offers a variety of material machining options, details are as follows:
Metal Materials: Aluminum, Stainless Steel, molding Steel, Titanium, Copper, Brass, Alloy Metals, etc.
Plastic Material: ABS, Acrylic, POM, PEEK, Teflon, PVC, and more.
Surface treatments help to change the properties or appearance of a material’s surface, making parts more durable. Tirapid offers a variety of surface treatment options to choose from. Here are some common surface treatment options:
Paint
Burring
Polishing
Anodizing
Electropolish
Sandblasting
Powder Coating
Silk-Screen
Laser Engraving
Quenching Laser
Electroless Nickel Plating
Precision and Accuracy: Miniature machining can produce complex and delicate parts with great precision and accuracy. It allows the fabrication of components with Miniature or nano-scale dimensions, ensuring tight tolerances.
Versatility and Customization: Machining techniques are versatile and suitable for fabricating a variety of structures and materials. Customized processing to meet your needs.
Stainless steel, aluminum, brass, steel, as well as titanium, silicon, and ceramics are common materials used in precision machining.
Tool wear is a critical issue. The small size of the tool makes it more likely to wear and break during processing, which affects the accuracy and quality of the finished part. Regular inspection, replacement, and sharpening of knives are necessary.
Material options: Materials available for precision machining include metals, ceramics, alloys, plastic materials, and composites. However, not all materials are suitable for machining due to their intrinsic properties. Some materials may be deformed by miniature fabrication, have rough, uneven, or even tool-breaking surfaces, etc.
