threaded insert – Yumei Precision
Wholesale Brass Cnc Parts Manufacturers
Established in Dongguan, Yumei is a high quality China supplier with a factory and manufacturing facility that has been setting industry standards for over 15 years. Our expertise in CNC machining and fabrication is evident in the precision of our products, which have been exported to more than 8 countries, including Japan and the US. We are committed to our vision of being a leading global manufacturer, always pushing the envelope in terms of quality and innovation.
Brass Cnc Parts Products
Upgrade Your TRX4 or TRX6 1/10 RC Crawler with the GLOBACT Brass Rear Internal Portal Drive Case, Weighing 63g, as a Replacement Component for Part 8253 (Set of 2)
Pair of GLEAVI 3D Printer Nuts Featuring DIY-Compatible Copper Screws - T8 Brass Trapezoidal CNC Components for 3D Printing Machines
Enhanced 7mm Brass Hubs for SCX24 Wheel Hex, Customized Upgrade Components Suitable with Axial SCX24 Models Including AXI90081, AXI00001, and AXI00002, Perfect Fit for 1/24 Scale RC Crawler Vehicles...
DKKY Presents Brass-Crafted C-Hubs Specially Designed for REDCAT GEN8 V1 & V2 Scout II 1/10 Scale RC Crawler as Upgrade Components or Replacement Parts, Identified by Codes #RER11820 and #RER11335, Offered in Elegant Black Finish.
Occus Manufacturer, a leading OEM provider, specializes in precision brass parts fabrication utilizing custom CNC machining techniques. Our services encompass polishing of both aluminum and stainless steel components, ensuring unparalleled quality and acc
Enhanced Exterior Portal Guards - Upgrade Components for 1/10 SCX10 III Remote-Controlled Trucks by COOWOO - A Pair, Finely Crafted via Precision CNC Technology, Boasting Improved Steadiness, and More...
Brass-Crafted Chrono Shifter Peg, Model Rsd 0033-1131
Precision Crafted 5-Axis Machining Component for Aluminum, Brass, and Stainless Steel Engineering Applications Utilizing Advanced CNC Milling Technology from Occus
Brass-Constructed Tremolo Block with 52.5mm String Separation, 36mm in Width, Fully Compatible with Fender Squier Stratocaster Series Electric Guitars
Ideal companion for T8 Lead Screw with a 2mm pitch, featuring an 8mm brass construction, the T8 x 8mm Flange Lead Screw Nut is perfectly suited for use in CNC components, accessories for the CR-10 3D Printer, and various collateral applications...
Top Reviews
Kevin
This serves as a superb substitute for my standard, budget-friendly bass bridge. Upon conducting dimensional assessments on the previous one, I found this to be an impeccable match when juxtaposed with the metric-compatible bridge that accompanied my bass initially. The aesthetics are impeccable, and the innovative string-feeding apertures facilitate a seamless process of replacing worn-out strings, enhancing user convenience significantly.
Little Al
The construction of the bridge appears to be impeccable, boasting a sleek chrome finish and an overall excellence in its components. A testament to its seamless integration is the meticulous alignment of the mounting screw holes with those of the original, ensuring compatibility. For those not solely swayed by esteemed, premium guitar components, this manufacturer's offering presents a solid choice that is unlikely to disappoint.
brian l.
The initial product encountered a setback while in transit, but the responsive customer service team promptly dispatched a substitute. The replacement arrived swiftly, exhibiting an appealing appearance and effortless installation process. My gratitude extends to them for their swift resolution.
People May Ask
Non-ferrous metals, characterized by their softness and absence of iron, offer exceptional ease in cutting and machining processes, necessitating only minimal subsequent heat treatment. Among the most prevalent choices for CNC machining, copper alloys stand out, finding widespread usage in various applications such as crafting jewelry, plating surfaces, and constructing electrical pathways. 30th December, 2020
Thus, brass is not an appropriate material for type casting due to its tendency to shrink during the solidification process. 3rd July, 2022
A prominent drawback associated with Computer Numerical Control (CNC) machining pertains to its financial implications. The acquisition and upkeep of CNC machines often entail substantial expenses. Furthermore, the expenses related to programming and configuring the machinery can significantly contribute to the overall high costs, making it a non-negligible aspect in determining the hefty price tags.
Furthermore, brass is among the most straightforward materials to process with machinery, notably when juxtaposed against aluminum. While aluminum frequently adheres to tools, brass appears to effortlessly yield to the process, avoiding such entanglements. 13th August, 2019
CNC machined components represent highly accurate parts that are meticulously crafted utilizing computer-guided machining methodologies. These methodologies encompass the rotation of a workpiece as a cutting instrument meticulously carves it into the precise shape demanded.
One of the highly sought-after and proficient applications of Computer Numerical Control (CNC) machinery lies in the manipulation of aluminum and brass (non-ferrous metals), where its enhanced capacity and unparalleled precision facilitate the swift completion of intricate tasks, all while maintaining impeccable quality standards.
Brass possesses numerous qualities that render it highly suitable for Computer Numerical Control (CNC) machining endeavors, such as its remarkable resistance to corrosion, exceptional ease of machinability, superior electrical conductivity, and visually appealing nature. Among the diverse grades of brass available, C360 and C260.5 stand out as the most prevalent choices for CNC machining applications.
Brass exhibits numerous qualities that render it a superior choice for Computer Numerical Control (CNC) machining processes. Among these attributes are its resistance to corrosion, exceptional machinability, elevated electrical conductivity, and visually appealing aesthetic qualities. While brass encompasses various grades, the two most frequently utilized in CNC machining applications are C360 and C260.
When it comes to the semi-hardened state, 260 Brass possesses a machinability index of 30, whereas 360 brass boasts a rating of 100. Notably, 260 Brass exhibits the pinnacle of ductility within the yellow brass family. Although soldering and brazing with moderate to fair outcomes are achievable, welding is not an advisable practice for 260 Brass.
Processability – The majority of brass compositions incorporate lead or alternative pliable metallic elements, rendering it a superior material in terms of ease of machining when juxtaposed against steels, titanium, and other resilient metals. Resistance to Deterioration – Brass encompasses a diverse spectrum of alloys, including those fortified with tin, that effectively impart a barrier against the corrosive effects of saltwater environments.
