Micro-EDM vs. Ultra-Precision Machining: Which Is Best for Complex Microfeatures?
In the high-stakes world of medical device manufacturing, aerospace engineering, and precision optics, the margin for error is measured not in millimeters, but in nanometers. As components shrink and performance demands rise, engineers are frequently confronted with a critical manufacturing dilemma: Should we utilize Micro-Electrical Discharge Machining (Micro-EDM) or Ultra-Precision Machining (UPM)? Both technologies are […]
Diamond Turning vs. Ultra-Precision Milling: Surface Finish, Materials, and Cost Compared
In the realm of standard CNC machining, a tolerance of ±0.005mm is considered high precision. However, for industries such as aerospace, photonics, and medical device manufacturing, this level of accuracy is merely a starting point. When blueprints demand sub-micron form accuracy and nanometric surface roughness, standard machining fails. This is the domain of Ultra-Precision Machining […]
5 Most Common Types of Precision CNC Machining
CNC machining is a general term used for a variety of machining applications. “CNC” stands for Computer Numerical Control and refers to the programmable features of a machine that allow it to perform many functions with minimal human control. CNC machining is the manufacturing of parts using CNC-controlled machines. The term describes a range of […]
How to classify precision machining equipment?
Precision parts machining is the process of creating complex and precise parts, components and objects that we use in our daily lives. Precision machining manufactures parts according to strict tolerances so that they can be specifically and accurately installed on the object or machine being manufactured. Because precision machining requires such precision, the materials and […]
What are the uses of precision machining?
Precision machining can be effectively used to design parts, tools, custom fasteners, and other important hardware. Therefore, parts should have higher tolerances so that they fit precisely with other components. An interesting fact is that precision machining maintains the reliability of mass-produced parts. This is especially noticeable when producing accessories. Precision machine parts manufacturers ensure […]
Toshiba UVM450D(H) Ultra-precision Mirror Processing for Medical Microfluidic Molds
Ultra-precision mirror machining of R0.05mm microtools to replace the traditional electric discharge process with Myriad Medical microfluidic molds. Maximum processing size 585mm*525mm*250mm Accuracy 0.003mm, roughness Ra0.008um, minimum slot width 0.4mm.
Cell phone 3C mold processing case
Toshiba UVM450C(H) cell phone camera bracket micro texture mold mirror processing With glory, OPPO cell phone camera peripheral micro texture mold, R0.05mm micro Small tool mirror processing Maximum processing size 500mm*450mm*200mm Accuracy 0.005mm, roughness Ra0.008um
Rhodes RXP500DS luxury set-top box mold five-axis mirror processing
With HP’s luxury brand Aruba set-top box mold R0.05mm diamond texture five-axis mirror processing Maximum processing size 450mm*455mm*240mm Precision 0.005mm, roughness Ra0.008um
Rhodes RXP500DS Bluetooth headset mold mirror processing
With the Foxconn Group, Apple IV Bluetooth headset molds to replace the traditional discharge process five-axis mirror processing, mirror molds do not round mouth, no deformation, multi-cavity consistent, interchangeable with each other. Maximum processing size 450mm*455mm*240mm Surface precision plus or minus 0.005mm, roughness Ra0.008um