Customized Injection Molding Parts 50c Material Steel Shape Prevent Guide Post From Being Pulled
Injection Molding Parts are a type of molded parts that are created by injecting molten material into a mould cavity. The material used in injection molding is usually a thermoplastic or thermosetting plastic, which is injected into the mould at high pressure and temperature. The parts produced by injection molding are usually of higher quality than those produced by other molding methods. Injection molded parts come in a variety of materials, including 50c, ASTM: 1050, JIS: S50c, DIN: CK53, ASTM: P20, ASTM: P20+Ni(DIN: 1.2738), ASTM: 420(DIN: 1.2083), ASSAB: S136, ASTM: P21(Japan: ), ASTM: H13(DIN: 1.2344, JIS: SKD61, ASSAB: 8407). In addition, injection molded parts can be customized in size, ranging from 20*25cm-50*70cm, and in shape to meet specific application needs. The process used to create injection molded parts is CNC Machining (Mazak / Okuma / Mori Seiki / Makino, etc.), and the logo can be customized to meet the customer’s requirements. Injection Molding Parts are used in a variety of industries and applications, and are known for their superior quality and reliability.
Parameter | Description |
---|---|
Logo | Customized |
Surface Treatment | Precision Milling, Precision Grinding |
Standards | Honing true round guide sleeve can effectively increase the number of opening and closing moulds by 20%, prevent guide post from being pulled and improve the service life of the mould. Customized 50c material, hardness HB=160-180. Higher hardness, lower deformation rate, better finish and better rust resistance than ordinary steel(hardness 140-170). The whole set of screw teeth use CNC extrusion teeth process, smooth screw teeth, easy to disassemble and assemble. The screw head is processed by CNC sinking, the bottom of the hole is flat, and the locking performance is better. The square iron screw hole is processed by CNC, with good verticality. The plate thickness tolerance is +0-0.1mm. Prepare pre-customizable accessories to shorten the mould production time. Imported equipment: MAZAK, OKUMA, MORI SEIKI, MAKINO, with accurate repeated positioning and precision hole and frame tolerance of 0.01mm and good finish. Using high-end imported cutting tools (Swiss Sandvik and Japanese BIG) to improve the straightness and precision of holes and frames and the accuracy and finish of the entire processing of the mould base. |
Quotation | Is the quotation from DXM a tax-inclusive price? ● Yes, DXM's quotation includes 13% value-added tax. Does DXM's quotation include freight? ● The product quotation does not include freight, and the freight will be calculated separately before the order is confirmed. |
Delivery | Non-standard Customized Mould Base: Range 15*15cm-80*130cm; Normal Production Time 5-12 Days |
Color | Steel |
Application | Daily Necessities, Toys, Cosmetics, Electrical Appliances, Medical Equipment, Etc. |
Material | 50c, ASTM: 1050, JIS: S50c, DIN: CK53, ASTM: P20, ASTM: P20+Ni(DIN: 1.2738), ASTM: 420(DIN: 1.2083), ASSAB: S136, ASTM: P21(Japan: ), ASTM: H13(DIN: 1.2344, JIS: SKD61, ASSAB: 8407) |
Processing | CNC Machining(Mazak / Okuma / Mori Seiki / Makino, Etc) |
Shape | Customized |
The injection molded parts produced by DXM can be used in a wide range of applications and scenarios due to their superior quality, precision, and durability. The parts are produced using precision milling and grinding techniques, and can be customized to meet specific needs. The parts are available in sizes ranging from 20*25cm-50*70cm, and can be ordered in a minimum quantity of one. The delivery time for non-standard customized mould base, ranging from 15*15cm-80*130cm is typically 5-12 days. DXM provides a variety of payment methods, and can also provide VAT invoices. The parts are packaged in fumigation-free wooden boxes and transported to designated ports by sea transportation using containers. The company is certified with ISO9001:2015, and has an annual supply capacity of 290000 sets.
In addition to the standard mould base, DXM can also provide additional processing projects for mould base products. These include AB Plate and Push Plate Change Steel Type, Rough (fine) Frame Processing, Precision Frame Chamfering, Round Frame, Back Needle Through Push Plate, Limit Pin, Guide Post Inversion, Standard Needle Plate Edge (EGP), Standard Code Mould Pit, Fine Work Surface Code Mould Pit, Top Stick Hole, Side Lock (SIDELOCK), Top Lock (TOPLOCK), Oblique Guide Position Assistant (TAPERBLOCK), Suction Nozzle Hole, and Code Die Iron (locking Module).
Injection molded parts produced by DXM are suitable for a variety of industrial and commercial applications. These parts can be used for automotive components, electrical appliances, medical devices, consumer products, and more. They can also be used for a variety of manufacturing processes, such as injection molding, blow molding, extrusion molding, and compression molding. In addition, these parts are also suitable for 3D printing, CNC machining, and other rapid prototyping processes.
We provide comprehensive technical support and services for injection molding parts, including product design, mold design, mold manufacturing, and injection molding.
Our team of experienced engineers provides design services to create the most efficient and cost effective parts. We provide product design and optimization services for injection molding parts, including material selection, structure optimization, tolerance analysis, and mold flow analysis.
Our engineers are experienced in designing molds for injection molding parts. We provide services for 3D mold design, 2D mold design, mold flow analysis, mold optimization, and mold validation.
We provide turnkey services for mold manufacturing, including mold fabrication, mold assembly, mold testing, and mold validation. Our molds are designed and manufactured using the latest CNC machinery and CAD/CAM software.
Our state-of-the-art injection molding facility is capable of producing high-quality parts with tight tolerances. We provide services for injection molding, including sampling, molding, assembly, and finishing.
Injection molding parts are typically packaged in plastic bags and then placed in corrugated boxes. The boxes are labeled with the part number, quantity, and other relevant information. The boxes are then sealed with either tape or staples.
For shipping, injection molded parts are typically sent on pallets. The pallet is covered with a shrink-wrap and the parts are strapped down for added security. The pallet is then loaded onto a truck or freight train for transport.