semi合集-English.pdf - 第5273页
SEMI M45-0703 © SEMI 2001, 2003 4 5.9 Transportation Logistics 5.9.1 Small qu antity shipments or expedited shipments may require a special secondary container size. 5.9.2 The 300 mm wafer s hipping system desi gn must c…
SEMI M45-0703 © SEMI 2001, 2003 3
5.4.2.3 Optional information, as agreed to between
supplier and user, may be included.
5.5 Secondary Container
5.5.1 Whether the secondary container material is a
single use material or a material that can be reused
multiple times should be decided by considering the
transport environment to minimize the packaging cost.
The same is true for the secondary container sealing
system.
5.5.2 The secondary container should be collapsible for
efficient storage and empty transport.
5.5.3 The materials for the secondary container should
be recyclable after the designated number of uses is
completed.
5.5.4 The design and size of the secondary container
should have an optimal fit with the standard pallet
noted in Section 5.7.2, and should have the strength to
be stacked in four layers.
5.5.4.1 Secondary Container Dimensions —The outer
size of the secondary container shall be 580 mm wide
by 500 mm deep by 460 mm high.
NOTE 2: The specification does not specify tolerances on the
dimensions, but the specified dimensions should be adhered
to as closely as possible to enhance container stackability.
NOTE 3: These values of width (W) and depth (D) are
selected to allow four containers to be placed on the world
wide standard pallet (1200 mm by 1000 mm).
NOTE 4: The value of height (H) is selected to allow three
layers to be stacked in a standard airfreight container.
NOTE 5: The outer dimensions of the secondary container
should be determined considering the requirements of
Sections 5.1 (wafer shipping box) and 5.2 (bagging system)
and allowance for cushioning thickness sufficient to prevent
wafer breakage by accidental drop from a height of 800 mm.
NOTE 6: Height (H) can be negotiated between wafer
supplier and user, if the proposed specification is not satisfied
for either the supplier or the user.
5.5.5 The number of wafer shipping boxes per
secondary container must allow for optimal
transportation costs.
5.5.6 Ergonomic considerations should be made for the
secondary container, and should be compatible with
manual handling. When handling very large quantities,
a supplemental handling system is necessary.
5.5.7 The secondary container design is not required to
provide specific weather protection. The storage
environment should not be affected by the weather.
5.6 Cushions
5.6.1 Whether the cushion material is a single use
material or a material that can be reused multiple times
should be decided by considering the transport
environment to minimize the packaging cost.
5.6.2 For the sake of efficiency during holding and
transport, it is preferable to have only one or two
cushions per secondary container.
5.6.3 The materials for the cushions should be
recyclable after the designated number of uses is
completed.
5.7 Pallet
5.7.1 Pallets must be stand-alone components and are
not integrated with secondary containers.
5.7.2 Considering space efficiency of ocean freight
containers, it is preferable that the pallet size be 1130
mm max on at least one side.
5.7.3 Palletized containers must be banded and film-
wrapped.
5.7.4 Pallet material must meet transportation industry
requirements and allow for reuse and recycle after end
of useful life.
5.7.5 Pallets must be able to be accessed by a forklift
from at least two directions.
5.8 Shipment Documentation
5.8.1 English should be used for all international
shipment documentation. The local language may be
used only for domestic shipments only.
5.8.2 Packing list and customs invoice (if required)
should be located on the outside of container number 1
with a sufficient number of copies to ensure the
customer receives one copy.
5.8.3 Customs invoices must meet appropriate
government regulations. Key content items are: PO
number, product description, price, shipping address,
and cross-reference to packing list.
5.8.4 The packing list must
contain: date, customer
shipping address, supplier name, country of origin, PO
number, customer part number, shipment quantity, total
number of cartons, carton identifiers.
5.8.5 The certificate of analysis or conformance should
be electronically transmitted from wafer supplier to
customer. Electronic transmission format must be
flexible to allow for future content changes.
SEMI M45-0703 © SEMI 2001, 2003 4
5.9 Transportation Logistics
5.9.1 Small quantity shipments or expedited shipments
may require a special secondary container size.
5.9.2 The 300 mm wafer shipping system design must
comprehend both surface and air transportation.
SEMI M45-0703 © SEMI 2001, 2003 5
APPENDIX 1
NOTICE: This appendix was approved as an official part of SEMI M45 by full letter ballot procedure, but the recommendations
in this appendix are optional and are not required to conform to this standard.
A1-1.1 The 300 mm Wafer shipping box must be re-
usable in view of the wafer manufacturing cost and
environmental concerns.
A1-1.2 When the shipping box is re-used, the customer
who received wafers must keep the shipping box in
good condition after opening the package and return to
the wafer supplier.
A1-1.3 The box cleaning process of the supplier can
not remove ink, adhesive, and excessive metal
contamination of the returned shipping box.
A1-1.4 The customers must avoid contaminating the
shipping boxes in this way. The customers must keep
the shipping box separate from those contaminated
conditions. Contaminated shipping boxes must not be
returned to the supplier.
NOTICE: SEMI makes no warranties or
representations as to the suitability of the standards set
forth herein for any particular application. The
determination of the suitability of the standard is solely
the responsibility of the user. Users are cautioned to
refer to manufacture' s instructions, product labels,
product data sheets, and other relevant literature,
respecting any materials or equipment mentioned
herein. These standards are subject to change without
notice.
By publications of this standard, Semiconductor
Equipment and Materials International (SEMI) takes no
position respecting the validity of any patent rights or
copyrights asserted in connection with any items
mentioned in this standard. Users of this standard are
expressly advised that determination of any such patent
rights or copyrights, and the risk of infringement of
such rights are entirely their own responsibility.
Copyright by SEMI® (Semiconductor Equipment and Materials
International), 3081 Zanker Road, San Jose, CA 95134. Reproduction o
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the contents in whole or in part is forbidden without express written
consent of SEMI.