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1806, 2018

Plastic injection molding USA

By |June 18th, 2018|Categories: Injection molders, Injection molding Companies, Injection molding manufacturers, Plastic molding company|Tags: , , |Comments Off on Plastic injection molding USA

Plastic injection molding USA at Alpha LLC The draft angle is the amount of taper for molded or cast parts perpendicular to the parting line. It can be measured in degrees or mm/mm (in/in). Why plastic injection molding USA? Reduces the chance of damage to the part due to friction during release Reduces wear and tear and chances of damage to the mold Ensures a uniform, smooth, unscratched finish when required Ensures the integrity and uniformity of other surface finishes and textures Reduces overall cooling time by lessening or eliminating the need for unconventional ejection setups Most, if not all, of these benefits offer either direct or indirect overall production cost reductions CONTACT INFO Alpha LLC Address: 3000 Airport Rd, Warsaw, Indiana 46582, USA OFFICE LINE EMAIL David@upmold.com WORKING HOURS 8:00am - 6:00pm Follow Us On Social Media For Tips, News & New Products!

1206, 2018

Injection Molding Solutions Inc

By |June 12th, 2018|Categories: Injection molders, Injection molding Companies, Injection molding manufacturers, Plastic molding company|Tags: , , |Comments Off on Injection Molding Solutions Inc

Injection Molding Solutions Inc Alpha LLC Injection molding solutions Inc Alpha LLC Why Injection molding solutions at Alpha LLC Reduces the chance of damage to the part due to friction during release Reduces wear and tear and chances of damage to the mold Ensures a uniform, smooth, unscratched finish when required Ensures the integrity and uniformity of other surface finishes and textures Reduces overall cooling time by lessening or eliminating the need for unconventional ejection setups Most, if not all, of these benefits offer either direct or indirect overall production cost reductions CONTACT INFO Alpha LLC Address: 3000 Airport Rd, Warsaw, Indiana 46582, USA OFFICE LINE EMAIL David@upmold.com WORKING HOURS 8:00am - 6:00pm Follow Us On Social Media For Tips, News & New Products!

1405, 2018

Plastic Injection Design Guidance

By |May 14th, 2018|Categories: Injection Mold Manufacturing, Injection Molding Technical, Mold Design Study, Plastic injection molding, Plastic injection molds, Plastic moulds Custom|Tags: , , , |Comments Off on Plastic Injection Design Guidance

Plastic Injection Design Guidance Plastic Injection Design Guidance that is guiding the injection mold designer and injection molding mold manufacturer to do the design and manufacturing; You will know Some key points of the plastic injection mold design or manufacturing. How to do the plastic injection molded part design and injection mold design? What guidance will be followed during the plastic injecting part and mold design? Why do part design and mold design must follow these guidelines? Upmold is a turkey plastic injection mold custom manufacturer, we offer part design, engineering support, material selection and testing services; our professional design service including the plastic injection part design assistant, complete part and mold design, Mold flow analyzing and reverse design. Plastic Injection Molding Part Design Guidelines Parting Line Draft Undercuts Wall Thickness & Uniformity Bosses Gussets and Ribs Radii and Corners Material Shrinkage Gating Ventings Knit/Weld Lines Parting Line Parting line location depends upon the shape and the function of the part. The parting lines is where the two injection mold halves (A side and B side) meet. It is also where a slide mechanism might meet where it shuts off on one of the mold halves. The parting line will always be [...]

2304, 2018

Milling & Turning Metal Properties

By |April 23rd, 2018|Categories: CNC Machining, Glossary & Correlating, Material Characteristics|Tags: , |Comments Off on Milling & Turning Metal Properties

Precision Machining Manufacturing Process Technology Milling Material / Grade Features Color Max Depth Data Sheet Aluminum / 6061-T651 Improved corrosion resistance over 7075 General purpose aluminum Medium strength Gray 3.75 in. (95.25mm) Aluminum / 7075-T651 Higher strength over 6061 Good fatigue strength Gray 3.75 in. (95.25mm) Brass / 260 (70/30) Good corrosion resistance Resistant to most chemicals Plate stock Yellow 1.75 in. (44.45mm) Copper / C101 Oxygen-free electrical copper High electrical conductivity Good corrosion resistance in most environments Weak against acids, halogens sulphides and ammonia solutions Red 2.75 in. (69.85mm) Low Carbon Steel / CR 1018 General purpose low carbon steel Heat treatable Softest steel Will rust Gray 1.25 in. (31.75mm) Magnesium / AZ31 High strength-to-weight ratio Lighter than aluminum Good dimensional stability after machined May require surface treatment after machining to protect from corrosion Gray 3.75 in. (95.25mm) Stainless Steel / 17-4 PH Higher magnetism than 304 and 316 stainless steel Oxidation and corrosion resistance Gray 1.75 in. (44.45mm) Stainless Steel / 304/304L Most commonly used stainless steel Low carbon Gray 1.75 in. (44.45mm) Stainless Steel / 316/316L Increased corrosion and chemical resistance over 304 Increased resistance to cracking and pitting Gray 1.75 in. (44.45mm) Steel Alloy / 4140 Good toughness and strength Heat treatable Harder than CR 1018 Gray 1.75 in. (44.45mm) [...]

2104, 2018

Die Casting Glossary in both Chinese and English

By |April 21st, 2018|Categories: Glossary & Correlating|Comments Off on Die Casting Glossary in both Chinese and English

Die Casting Die Glossary in both Chinese and English The draft angle is the amount of taper for molded or cast parts perpendicular to the parting line. It can be measured in degrees or mm/mm (in/in). What is the Die Casting? Die casting is a metal casting process that is characterized by forcing molten metal under high pressure into a mold cavity. The mold cavity is created using two hardened tool steel dies which have been machined into shape and work similarly to an injection mold during the process. Most die castings are made from non-ferrous metals, specifically zinc, copper, aluminum, magnesium, lead, pewter and tin-based alloys. Depending on the type of metal being cast, a hot- or cold-chamber machine is used.

2104, 2018

Stamping Die Glossary English-Chines

By |April 21st, 2018|Categories: Glossary & Correlating|Comments Off on Stamping Die Glossary English-Chines

Stamping Die Glossary English-Chines 1 Stamping die 冲模 2 blanking die 冲裁模 3 blanking die 落料模 4 piercing die 冲孔模 5 trimming die 修边模 6 notching die 切口模 7 lancing die 切口模 8 parting die 剖切模 9 shaving die 精修模 10 fine blanking die 精冲模 11 cut-off die 切断模 12 bending die 弯曲模 13 pre-bending die 预弯模 14 curling die 卷边模 15 twisting die 扭曲模 16 drawing die 拉伸模 17 reverse redrawing die 反拉伸模 18 obverse redrawing die 正拉伸模 19 ironing die 变薄拉伸模 20 forming die 成形模 21 bulging die 膨胀模 22 stretching die 压筋模 23 flanging die 翻边模 24 burring die 翻孔模 25 necking die 缩口模 26 flaring die 扩口模 27 restriping die 整形模 28 printing die 压印模 29 compound die 复合模 30 obverse compound die 正装复合模 31 inverse compound die 反装复合模 32 progressive die 级进模 33 single-operation die 单工序模 34 open die 无导向模 35 guide plate die 导板模 36 guide pillar die 导柱模 37 universal die 通用模 38 automatic die 自动模 39 combined die 组合冲模 40 transfer die 传送模 41 insert die 镶块模 42 flexible die 柔性模 43 multifunction die 多功能模 44 low-cost die 简易模 45 rubber die 橡胶模 46 steel trip die 钢带模 47 low-melting -point alloy die 低熔点合金模 48 laminate die 薄板模 49 template die 夹板模 50 plaiting [...]

2004, 2018

Die casting die mold design

By |April 20th, 2018|Categories: Die Casting Study Showcase, Injection Mold Manufacturing, Injection Molding Technical, Mold Design Study|Tags: , , , , , |Comments Off on Die casting die mold design

Die casting die mold design Die casting mold design is a technique for mass-producing metal products and components. Mold design is one of the most important steps in the process because the shape and attributes of the mold will directly affect the final product. The die casting procedure forces molten metal into molds using high pressure and it requires a mold with exact specifications to achieve the task. There is something very important for the die casting mold design, these key points will influence the die casting die manufacturing successfully or not,  during the die casting injection mold design phase, please consider 8 key points as below. • Die draft angle • Fillets on mold & part • Casting die Parting lines • Casting Part Bosses • Part Ribs • Holes and windows on Part • Symbols • Wall thickness of Part 9 key points on the die casting  injection mold design Draft The draft is the degree to which a mold core can be tapered. A precise draft is needed to smoothly eject the casting from the die, but since the draft is not constant and varies according to the angle of the wall, features such as the type of molten alloy used, shape of the wall, and [...]

1504, 2018

Draft angle injection molding

By |April 15th, 2018|Categories: Design Develop Engineering, Injection Mold Manufacturing, Injection Molding Technical, Mold Texture Specification|Tags: , , , , , , , , , , , , , , , |Comments Off on Draft angle injection molding

What is the draft angle? The draft angle is the amount of taper for molded or cast parts perpendicular to the parting line. It can be measured in degrees or mm/mm (in/in). Why Draft angle injection molding? Reduces the chance of damage to the part due to friction during release Reduces wear and tear and chances of damage to the mold Ensures a uniform, smooth, unscratched finish when required Ensures the integrity and uniformity of other surface finishes and textures Reduces overall cooling time by lessening or eliminating the need for unconventional ejection setups Most, if not all, of these benefits offer either direct or indirect overall production cost reductions Draft angle injection molding Draft angles are generally a requirement of injection molding design (though there are a select few soft materials, like nylon, that can get away with draft angles of zero). Draft should be a part of design for manufacture, and all stakeholders and contributors should be aware of its need at the outset of the design process. This includes product designers, design engineers, and of course, the customer. This allows considerations for design requirements to be taken into account. Any draft is always better than no draft. How [...]

2403, 2018

Injection Molding Mold Design

By |March 24th, 2018|Categories: Injection Mold Manufacturing, Mold Design Study, Plastic injection molds, Plastic moulds Custom|Tags: , , , |Comments Off on Injection Molding Mold Design

Injection Molding Mold Design For Elbow Plastic Parts Injection Plastic Mold Design solutions for elbow plastic parts such as below pictures shown Cause the GIF image files are big, Please wait for a moment. Half Elbow Injection Molding Mold Design The Injection Mold Design with 4 sliders what are 2 rotating sliders and line sliders with hydraulic driving, combining with link mechanism and gear mechanism. Elbow injection mould solution Injection Molding Mold Design construct: Sliders: 4 Slider driving: Angle pin, hydraulic cylinder, Mechanism: Gear mechanism Elbow plastic injection mold design Injection Mold Design construct: Sliders: 6 Slider type: 4 line sliders & 2 rotating sliders Slider driving: 3 sliders with Angle pin, 1 by the hydraulic cylinder and others with link mechanisms Mechanism: Slider-crank mechanism

2403, 2018

Rearview housing mold design

By |March 24th, 2018|Categories: Design Develop Engineering, Injection Mold Manufacturing, Mold Design Study, Plastic injection molds, Plastic moulds Custom|Tags: , , , |Comments Off on Rearview housing mold design

Rearview housing injection mold design This is a Rearview mirror housing injection mold design solution, Cause the GIF image files are big, Please wait for a moment. Rearview housing injection mold design Injection Molding Mold Design construct: Sliders: 4 Lifters: 2 Slide in slide. Undercut mold design on slider solution concept Injection Molding Mold Design construct: Sliders: 2 2 slides composite application 2 Stages ejection mold design solution Injection Molding Mold Design construct:

2403, 2018

T branch injection mold design

By |March 24th, 2018|Categories: Injection Mold Manufacturing, Mold Design Study, Plastic injection molds, Plastic moulds Custom|Tags: , , , |Comments Off on T branch injection mold design

T branch injection mold design & manufacturing solution This is a T branch injection mold design for injection molding mold custom. Cause the GIF image files are big, Please wait for a moment. T branch injection mold design solution Injection Molding Mold Design construct: Sliders: 4 Slider type: 3 line sliders & 1 rotating sliders Slider driving: Angle pin & Rack with hydraulic cylinder Mechanism: Gear Mechanism Slug pipe injection mold design Injection Molding Mold Design construct: Sliders: 3 Slider type: 2 line sliders & 1 rotating sliders Slider driving: Angle Pin & Hydraulic Cylinder Mechanism: Slider-crank mechanism Elbow injection mold design Injection Molding Mold Design construct: Sliders: 2 Slider type: 1 line sliders & 2 rotating sliders Slider driving: Rack with Hydraulic Cylinder Mechanism: Gear mechanism