CNC machining Service
As one of key service capabilities in JHmockup portolio, CNC machining solution has been recognized widely by customers and earns its matched marketplace via outstanding performance in CNC machining, lathing, turning, and milling, EDM/wire cutting,grinding,surface treament,etc..
In past decades,JHmockup CNC machining service covers industries including but not limited to Aerospace,Aviation,Defense,Medical,Home appliances,Electronics,Automation,Scientific instruments,new energy automotive,etc.,in most region of the world.
- PRODUCT DETAIL
Based on the principle of customer orientation, JHmockup never compromises of the stringent requirements of the world’s best-known quality management standard ISO systems in ISO9001, AS9100D,ISO13485,ISO14001,ISO45001.
Whatever rapid prototyping or low volume production, JHmockup's experienced engineering team always help customers save time with qualified products delivery and projects accomplishment.
Come to us with your any ideas and plans, we will work with you together to come up with proper solutions and provide you multi-options to make it happen.
What is CNC machining?
Computer Numerical Control (CNC) machining is a kind of manufacturing process, before knowing CNC machining, let us figure out the catagoriy of manufacturing process.
In gernal so far, there are 3 types of manufacturing process that can be catagorized into additive manufacturing(AM) also calls 3D printing, Subtractive manufacturing like CNC machining, Forming Manufacturing that normally needs molds/moulds to engage with like injection molding, die casting,stamping, extrusion...
Obviously,CNC machining belongs to Subtractive manufacturing process in which one or more pre-programmed software involves to dicate the movement of tools to cut the metal materials or plastic materials even synthetic materials into desired shape as per techical documents like CAD files.
To distinguish from CNC manufacturing processing modes, it also includes CNC lathing, CNC milling,CNC grinding, CNC bending, CNC laser cutting, EDM, etc., JHmockup provides not only such these manufacturing service also from raw materials selections and procuments, diagnosing and revising of designs on drawings, finishing and fabrication to testing.
Metal material:
Stainless Steel such as SS304, SS316, SS316H,SS316L、Brass、Aluminum、Copper、Nickel alloy、Titanium、Inconel such as Inconel625, Inconel718, Inconel X750、Hastelloy、Super Duplex、Bronze、Monels、Alloy Steels.
Non-metallic material:
Delrin/POM、Polypropylene/PP、UHMW/ HMPE、PVC、Acetal/POM plastic、PVC、Peek、Lexan/Polycarbonates (PC)、Acrylic/PMMA、Phenolics/resin material、Teflon/PTFE、Nylon、Carbon Fiber.
Surface treatment for CNC machining parts
Sand blasting, Dry Sand Blasting, Wet Sand Blasting, Atomized Sand Blasting, Shot Blasting,etc.
Spraying,Electrostatic Spraying, Fame Spraying, Powder Spraying, Plastic Spraying, Plasma Spraying, Painting, Oil Painting etc.
Electroless Plating of Various Metals and Alloys,Copper Plating, Chromium Plating, Zinc Plating, Nickel Plating,Anodic Oxidation, Electrochemical Polishing, Electroplating etc.
Bluing and Blackening, Phosphating, Pickling, Grinding, Rolling, Polishing, Brushing, CVD, PVD, Ion implantation, Ion Plating, Laser Surface Treatment ect.
- 3D printing rapid prototyping
- The role of mold rapid prototyping technology
- How to realize custom products?
In this new era of great changes, many things around us are constantly improving and perfecting. Only technological products that are constantly innovating and changing are more popular. That is to say, our product technology rapid prototyping has a very high speed and efficiency, product production effect is very good. Ming, do not stick together, so how does this rapid prototyping technology compare to traditional technology? Today we’ll take a look.
The rapid prototyping technology adopted by the rapid prototyping device can adapt to the difficulty of manufacturing and processing of various materials in our life, and can obtain excellent materials and structural properties of parts.
As mentioned above, the rapid prototyping technology of materials involves materials, forming methods and structural forms of parts. The essence of rapid prototyping mainly includes the chemical composition of the forming material, the physical properties of the forming material (such as powder, wire or foil) (melting point, thermal expansion coefficient, thermal conductivity, viscosity and fluidity). Only by recognizing the characteristics of these materials can we choose the right material compared with the traditional rapid prototyping technology. What are the characteristics of rapid prototyping technology?
3d printing material rapid prototyping technology mainly includes material density and porosity. In the production process, can meet the performance requirements of molding material microstructure, molding material precision, parts precision and surface roughness, molding material shrinkage (internal stress, deformation and cracking) can meet the specific requirements of various rapid prototyping methods. The precision of the product will directly affect the structure of the product, the roughness of the surface of the product will affect whether there are some defects on the surface of the product, and the shrinkage of the material will affect the precision requirements of the product in the production process.
Rapid prototyping technology for the products produced. It also ensures that there is no big gap between what is produced and what is put on the market. Material rapid prototyping technology mainly includes material density and porosity. In the production process, can meet the performance requirements of molding material microstructure, molding material precision, parts precision and surface roughness, molding material shrinkage (internal stress, deformation and cracking) can meet the specific requirements of various rapid prototyping methods. The precision of the product will directly affect the structure of the product, the roughness of the surface of the product will affect whether there are some defects on the surface of the product, and the shrinkage of the material will affect the precision requirements of the product in the production process.