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To satisfy
the client’s initial product design requirements, MPT’s mockup
center offers flexible and affordable processing services focusing
on products that routinely undergo design changes, ideal for
producing a small amount yet diverse prototype samples. It operates
on sophisticated precision equipment and highly trained manpower,
commanding both plastic and metal fabrication capabilities,
and is able to achieve customer requirements within a reasonable
short time to effectively shorten the product development timetable. |
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With extensive
design and fabrication experience, the MPT tooling technology
center is fully capable of devising any type of plastic and/or
metal parts exactly to the customer’s specification. Utilizing
advance computer technology, in-depth analysis is performed
on the product and tooling structure, coupled with optimal design
achieved through CAD/CAE/CAM software simulations prior to tooling
production, to ensure that the tool quality meets customer specification
and demand. In addition, the latest high-performance CNC processing
technology has been introduced not only to excel the processing
precision and greatly reduce the processing time but the computer
barcode management adopted throughout the in-process control
further eliminates the waste and risk throughout the tooling
manufacture process. |
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Offering cutting,
stamping, painting and assembly, MPT metal center commands world
sophisticated metal processing techniques with extensive enclosure
manufacturing experience, and has been venturing into precision
metal parts/component fabrication, with active efforts to introduce
progressive stamping to ensure a high-performance production
process and efficiency and as the best guarantee to the customer
for on-time delivery. |
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Since its
initial inception, MPT injection plant has since expanded to
cover plastics FAB 1, 2 and 3, where the extensive array of
servo equipment are best to satisfy the customer’s diverse demands,
together with ongoing research and development for a variety
of plastic molding techniques, such as thin wall injection,
dual injection, in-mold decoration and gas-aided injection.
The department also operates a plastic testing center, which
is supported by dynamic engineering know-how and hands-on plastic
functionality testing capabilities. |
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Connector |
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The current production caters mainly to PC connectors, with
plans to venture into consumer product and handheld device,
such as connector module development for digital cameras, handsets,
LCD TV’s and game devices, as well as the development of handset
hinges. |
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Cable |
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MPT’s cable plant, since its initial inception in 1999, has
developed a comprehensive system encompassing R&D, design
and fabrication in one, taking to producing PC wire/cable with
extensive selection and outstanding quality to foster the certification
and adaptation by major global leading company. |
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Thermal modules |
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The thermal module department is supported by a dynamic technical
development team and operates thermal laboratories covering
thermal conductive simulations, design and R&D, to mass
production that come to offer the customer with total thermal
solutions, with products encompassing desktop CPU coolers, notebook
thermal modules, VGA coolers and chipset heat sink. |
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Magnesium
alloy, which offers excellent malleability, is currently adopted
primarily in electronic products, auto parts. In light of a
higher technical threshold requiring more precise dimensional
precision, and a rational gating design backed by innovative
tooling know-how, MPT commands a leading advantage in embarking
the field of magnesium alloy tooling design and fabrication
building on its years of tooling knowledge and practical know-how. |
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Coating |
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More than baked-on painting and spray painting, MPT has inducted
clean-room UV process that is not only ideal for producing handheld
parts but is first in introducing the piano painting technique
for notebook housing, while its attempt for larger part UV painting
has produced a high texture, scratchproof and glossy effect,
helping to create a high-added value, with a technical sophistication
exceeding its peers in quality and acceptance rate. |
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In-mold decoration (IMD) |
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MPT has since 2003 introduced the in-mold decoration (IMD)
technology’s IMR technique, where it not only possesses in-house
tooling capabilities, but has had hot stamping and 3-D imprint
surface decoration processes introduced, together with the sputtering
technique, to fully satisfy the customer’s diverse requirements. |
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Vacuum Sputtering |
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MPT has since 2002 introduced vacuum sputtering technology
and begun mass production in 2003. The process not only supports
environmental friendly and is noted for a wider range of sputtering
materials, and many advantages such as an evenly distributed
membrane coating of consistent thickness and strong adhesion.
It is widely adopted for EMI shielding for electronic applications,
optical film coating, and its depositing a metallic sheen on
non-metal surfaces further warrants its market development potential. |
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Metal Forming |
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More and more digital products apply metal enclosure lately.
MPT uses metal forming technology to manufacture mobile phone,
PDA and digital camera parts by deep drawing. This forming technology
ever applies to manufacture digital TV's back cover. |
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Anodizing Electrocolour |
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The Anodizing Electrocolour method is used to manipulate the
formation of a surface oxidation layer and improve surface mechanical
characteristics, with a range of surface hues for enhancing
visual appeals. |
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Dual Injection |
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The dual injection technology not only helps to cut down the
injection cycle time but further reduces the cost in plastic
parts imprint and eliminate and is a necessity for post-injection
assembly and processing, contributing to enhancing the visual
appeal and rich texture of molded plastic parts. |
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Others |
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There are also insert molding, panel processing technology,
and a host of surface treatment facilities and processes, such
as pad printing, screen printing, hot stamping, ultrasonic welding,
heat welding, laser surface cutting and the like to fully address
the surface treatment needs for exposed components and to help
the customer achieve an individualized trendy and diverse design
approach. |
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