finetech FINEPLACER lambda - Hints for Using this Manual; General Information on FINEPLACER Systems; Application of the FINEPLACER lambda

FINEPLACER
®
lambda
Rev-Nr. 1.1
4
1 Hints for Using this Manual
Please read the safety instructions first before operating the FINEPLACER
®
• Have a look at the pictures before reading the operating instructions to
familiarize yourself with the FINEPLACER
®
. Start with the basic machine and
do the same with each module belonging to your special system configuration.
• Read the operating instructions.
• Read the maintenance instructions.
• Learn more about the most important points for avoiding problems.
• In case of defects, and before dismantling anything, contact your dealer or the
manufacturer.
• Perform the same procedure for all other optional module-concerned parts
attached after part A.
2 General Information on FINEPLACER
®
Systems
and this Manual
This manual will be updated regularly, however, it is possible that it does not cover all
the details of your equipment accurately, subject to errors and technical changes,
especially those made on a customer's request. For optional modules, see also
specific manual sections.
Assured properties must be agreed upon by contract expressly and in writing.
The trade name 'FINEPLACER
®
' is now registered with Systems 2000 GmbH within
the United States of America.
2.1 Application of the FINEPLACER
®
lambda
The lambda is designed to position fine pitch devices e. g. Flip Chips and Flip Chip
assemblies, optoelectronic components, micro electro mechanic systems (MEMS),
micro optoelectronic mechanic systems (MOEMS), sensors, micro optics, TAB, bare
chips and other high-count surface mounted devices (SMD). The FINEPLACER
®
System is based on a unique placement principle integrated into five machine models
according to the type and sizes of the various components and substrate dimensions.
Using the highly accurate Vision Alignment System (VAS), the FINEPLACER
®
lambda
is designed to accurately place the component on the first attempt. As its accuracy is
1 µm, it is possible to position new technology components with very fine pitch
uniformly and accurately.