A couple of nice prototype china photos I found:
Image by locusresearch
2×2 in assambly, China 2015
A couple of nice prototype china photos I found:
Image by locusresearch
2×2 in assambly, China 2015
A stencil stamp assembly getting a comparatively little size, high ink holding capacity, outstanding metal stamping durability and is capable of metal stamping images getting a high print high quality. The stencil stamp involves a handgrip and a stencil stamp assembly.
The stencil stamp assembly includes an ink bearing member covered with a thermal stencil sheet. The thermal stencil sheet has a plurality of pores on holes arranged in a pattern. In the course of a metal stamping action, ink from the ink bearing member is forced by way of the pores in the stencil sheet and onto a recording sheet to kind a stamped image on the recording sheet.
The ink bearing member has at least two layers obtaining various densities. The significantly less dense layer is in speak to with the thermal stencil sheet. The least dense layer provides a huge ink storage capacity. The far more dense layer has a larger ink holding capacity, which reduces the possible for ink leakage. The a lot more dense layer is also a lot more firm, which reduces creasing and distortion of the stencil sheet each in the course of metal stamping and throughout formation of the pore pattern in the stencil sheet.
Stamps provided with a rubber metal stamping member have been employed for metal stamping the surface of a recording sheet with organization names, addresses and the like in character strings. Normally, stamps for such uses are made individually, to order. As a outcome, the stamps are comparatively costly, and it needs a fairly lengthy time to procure a stamp soon after placing an order.
A thermal stencil sheet has been practically employed on such stamps rather of a rubber metal stamping member. Pores can be formed in a desired pattern in a thermal stencil sheet with infrared beams or a thermal head. Character strings, patterns and/or marks can be printed on a recording sheet by pressing ink through the pores of the stencil sheet, onto the recording sheet.
A stencil stamp assembly comprising, as principal components, the aforesaid thermal stencil sheet and an ink-bearing member impregnated with ink is disclosed in Japanese Utility Model Laid-open publication No. Hei five-74833. This previously proposed stencil stamp assembly is capable of replacing standard stamps provided with a rubber metal stamping member.
This stencil stamp assembly is fabricated by adhesively attaching an ink-bearing member impregnated with ink to a frame surrounding the ink-bearing member, and adhesively attaching a thermal stencil sheet to the frame.
When making use of the stencil stamp assembly on a metal stamping device, the stencil stamp assembly is adhesively attached to a cushion member on a decrease surface of a base of the metal stamping device. The metal stamping device is provided with a handgrip. Character strings or the like are formed in a desired pattern in the thermal stencil sheet with infrared beams or a thermal head. The resulting metal stamping device is capable of printing several copies of the desired pattern or character strings on a recording sheet.
In this metal stamping device, pores can be formed in the thermal stencil tape in any preferred pattern since the metal stamping unit includes a provide of blank thermal stencil tape, and the thermal pore forming unit is capable of forming pores in the metal stamping member in a desired pattern input by the user. In addition, the metal stamping member require not be inked by an external inking device since ink is applied automatically to the metal stamping member by the ink-bearing member incorporated in the metal stamping unit.
Right after a specific quantity of ink has been consumed during metal stamping, the rate of supply of ink to the metal stamping plane decreases. Even when the ink-bearing member nevertheless consists of a considerable quantity of ink, the ink is employed inefficiently. As a outcome, the stencil metal stamping assembly should be replaced just before all ink has been utilized, and the expense of using a stencil stamp is fairly higher.
An object of the present invention is to provide a stencil metal stamping assembly getting a miniaturized construction, higher ink holding capacity, high metal stamping durability, and that is capable of high-good quality metal stamping.
With the foregoing object in view, the present invention is directed to a stencil metal stamping assembly obtaining a base member connectable to a handgrip, an ink-bearing member impregnated with ink and fixed to a decrease surface of the base member, and a thermal stencil sheet covering a lower surface of the ink-bearing member and forming a metal stamping element. The ink-bearing member has a laminated structure comprising at least two layers, every single layer obtaining a distinct density. The layer getting a higher density may possibly be nearer to the thermal stencil sheet than the layer obtaining a decrease density.
The layer of the ink-bearing member possessing a reduce density is capable of holding a reasonably large amount of ink to give higher metal stamping durability for the stencil stamp assembly. The layer possessing a larger density has a reasonably high ink holding capacity and is capable of preventing leakage of the ink. Furthermore, because ink is transferred continuously from the low density layer to the high density layer by capillary action, the higher density layer will not run quick of ink. In addition, because the high density layer is comparatively rigid, the higher density layer withstands metal stamping pressure and is capable of preventing creasing and the bending of the thermal stencil sheet.
As is apparent from the foregoing description, a stencil stamp assembly embodying the present invention has a comparatively small size, and is provided with an ink-bearing member getting a higher ink holding capacity. In addition, simply because the lower portion of the ink-bearing member is relatively firm, the stamp assembly permits for hugely correct pore formation. Because pores can be formed with great accuracy, the stamp is capable of forming metal stamping patterns obtaining high print top quality. The stencil stamp also has excellent metal stamping durability. Due to the fact troubles attributable to ink, such as ink leakage, can be solved by varying the traits of the ink-bearing member, the metal stamping unit could utilize an ink possessing a comparatively low viscosity, and numerous embodiments of the stencil stamp assembly can be created to satisfy unique user demands.
Once pores are formed in a preferred pattern in the thermal stencil sheet, the metal stamping element is pressed against the surface of a recording sheet. Ink held by the ink-bearing member is pressed out by way of the pores and onto the recording sheet to type the desired pattern on the recording sheet.
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Cable assembly integrated solutions
With manufacturing capabilities in China, Germany, Romania, and the U.S., ODU-USA is nicely equipped to provide the U.S. marketplace swiftly and efficiently. … custom portion design and style, speedy prototyping/solution improvement, thermoplastic injection molding design and style …
Study much more on Today’s Health-related Developments
ODU-USA – Cable Assembly Integrated Solutions for the Next-Generation …
With manufacturing capabilities in China, Germany, Romania, and the USA, ODU-USA is nicely equipped to supply the US market place swiftly and efficiently. … custom portion design and style, rapid prototyping/solution development, thermoplastic injection molding style …
Study more on Organization Wire (press release)
US pc storage maker upbeat on PH
hgst MANILA, Philippines–HGST Inc., a US-primarily based manufacturer and retailer of personal computer storage devices and solutions, targets to make the Philippines the center of its global operations in 3 to 5 years given the engineering capabilities of the …
Read far more on Inquirer.net
(PRWEB) October 29, 2014
With its expansion into the US market place, ODU-USA has the capability of supplying its cable assembly solutions and capabilities for health-related and military applications worldwide. ODU’s exceptional engineering requirements guarantee the highest level of cable design and efficiency. Its manufacturing strategy and capability leverages the vertical integration of precision connectors, component parts and engineered cable assemblies to offer you higher top quality client integrated solutions. ODU-USA also offers major options for the industrial, test and measurement, power, and automotive industries to help them in buying next-generation measuring devices, precision connectors, and other products. With manufacturing capabilities in China, Germany, Romania, and the USA, ODU-USA is nicely equipped to provide the US market place swiftly and effectively.
For a full list of the cable/connector options supplied by ODU-USA, check out http://www.odu-usa.com/items-solutions.html
As a worldwide company with access to reputable vendors, ODU-USA is prepared to give US businesses with a one particular-stop solution for manufacturing wants, to contain but not limited to solution tool design and style, custom component design, rapid prototyping/item development, thermoplastic injection molding design and style/fabrication, CNC tooling style/development, bonding, laser etching, custom cable style/drawing, engineering/style solutions, ITAR regulated facilities, complete turnkey solutions, private labeling, engineering drawing capabilities, sub-assembly capabilities, and potting possibilities for a water-tight/vacuum-tight technique.
ODU-USA delivers light, sturdy, and rugged interconnect technologies by way of the AMC line. The military products offered consist of field radios, portable computer systems, evening vision, digital scopes, communication devices, militarized robotics, head sets, and weapons technologies to incorporate chemical detection and radar detection.
ODU-USA’s health-related applications contain patient monitoring systems, imaging systems (MRI, EKG/ECG, retinal scanning,) surgical robotics technologies, transportable X-rays, glucose meters, heart assistant devices, electric wheelchairs, and dialysis devices.
Industrial and Test & Measurement Applications:
The business provides lightweight, portable, and tough solutions created with the customer’s application in mind, to consist of laser technologies, sensors, analyzers, automatic production machines, and video handle systems.
For a more detailed list of the applications offered by ODU-USA, please go to http://www.odu-usa.com/applications.html
About ODU Group
ODU is a single of the world’s top connector systems suppliers and employs more than 1,650 people around the globe. ODU-USA has an international production and distribution network in North America, Europe, and Asia, and its company headquarters is located at Mühldorf am Inn, Germany. The ODU group sells its items about the world and has an international distribution network. This includes seven sales firms in USA, Denmark, England, France, Italy, Sweden, and China, as well as numerous sales partners about the planet. ODU combines all relevant places of competence and important technologies relating to design and style and improvement, machine tool and unique machine construction, injection, stamping, turning, surface technology, assembly and cable assembly. Connections from ODU ensure the trustworthy transmission of power, signals, data, and media in numerous demanding application locations. These application locations are located in future-oriented development markets such as healthcare technologies, military and safety technology, and energy technologies, as properly as in established sectors such as industrial electronics, measurement/testing technology, and automotive technology.
For more info about the company’s items and services, go to http://www.odu-usa.com.
For press inquiries, please get in touch with:
Dana Stoica, Marketing Manager
Phone +1 (805) 484-0540 Fax: +1 (805) 484-7458
Colorado Springs, CO (PRWEB) September 04, 2014
Freedom Machine Tool, a subsidiary company of Diversified Machine Systems (DMS), a Colorado-based Original Equipment Manufacturer (OEM) of three Axis CNC, five Axis CNC and Big Format CNC Routers will be co-exhibiting with companion, Delcam at the 2014 AOPA National Assembly today by means of September 7th in Las Vegas.
In booth #1165, Freedom Machine Tool will be featuring the Orthorout 4×4 and the newly enhanced three Axis Office Machining Center, the first of the Table Prime Series.
“Because it is debut, we’ve created even further enhancements to the currently-robust Office Machining Center. These improvements incorporate a larger dust hood with a larger storage capacity for waste, decreased DBA levels for quieter workplace use, and involves a new flip fixturing technique for difficult plastics,” explains DMS CEO, Patrick Bollar.
The American Orthotic and Prosthetic Association’s National Assembly is the premier meeting for orthotic, prosthetic, and pedorthic professionals, featuring education programs on the most recent technologies, greatest business practices, and patient care. Delcam Healthcare Solutions has been a continuing partner of both DMS and Freedom Machine Tool in the orthotic market place.
DMS was honored with the 2013 Regional Enterprise Excellence in Manufacturing Award in November 2013, and lately awarded as a 2014 Colorado Firms to Watch Winner.
Understand more about Freedom Machine Tool at their new web site: http://www.FreedomCNC.com.
ABOUT FREEDOM MACHINE TOOL
Freedom Machine Tool, a division of Diversified Machine Systems (DMS), is a manufacturer of inexpensive, 3 Axis CNC Routers. Situated in Colorado Springs, Colorado, Freedom Machine Tool was launched to address the require in the industry for a price-efficient, industrial top quality CNC machining answer. With over 25 years of combined experience building CNC routers, the Freedom Machine Tool improvement group is committed to generating a worth-priced router without sacrificing on high quality or reliability.
ABOUT DIVERSIFIED MACHINE SYSTEMS (DMS)
Diversified Machine Systems (DMS) is a major designer and manufacturer of 3 Axis CNC, 5 Axis CNC and Huge Format CNC Machine Centers with headquarters in Colorado Springs, CO. With a lot more than 30 years of innovation and business experience as an Original Gear Manufacturer, DMS’ line of CNC routers and machining centers are routinely employed on supplies such as wood, composites, aluminum, steel, plastics, and foams. Renowned for top quality and precision, our advanced machining centers are engineered to increase efficiency and productivity, whilst sustaining the high quality and precision our consumers have come to anticipate from DMS.
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