FOCUS ON EQUIPMENT
Laser Processing
Material-Handling System Integrates
Linear and Rotary Motion
A cylindrical laser processing system combines automated material handling with high-
performance direct-drive linear and rotary motion to provide high throughput and accuracy.
The Laser Turn 1 features an automated pneumatically actuated Type D collet closer that
performs product feedthrough. It can also support tubing diameters ranging from
0.1 to 7. 9 mm for dry cutting applications and up to 3 mm for wet cutting
operations. The collet closer is designed to minimize axial tube motion
during clamping operations by keeping the collet stationary and moving the
tapered mating surface when opening and closing the collet. Both the linear
and rotary axes use direct-drive noncontact motor and encoder technology.
The system’s encoders are coupled directly to the load to provide high levels
of accuracy and repeatability. Fixtures such as bushing alignment assemblies, part
collection, and automated material advance functions can be added to the system.
■ Aerotech Inc.
PITTSBURGH
www.aerotech.com
System
Combines Laser
Welding and
Marking
Made specifically for medical
device applications, a station
platform integrates laser welding
and marking to create a turnkey
system. Part fixturing and
fume extraction operations are
combined on a standard system
with safety circuits to manually
assemble and automatically
weld parts, verify the integrity of the weld joint, and ensure that the part is cut to the specified
length. This standard system is coupled with laser welding and cutting technology for assembling
miniature components. Designed to simplify miniature part handling and assembly, the system
also features part-present sensors and an automatic pull-test operation in addition to its
integrated processes.
■ Invotec Engineering Inc.
MIAMISBURG, OH
www.invotec.com
Laser Die-Cutting System Is Suited
for Rapid Prototyping
A laser die-cutting system is designed to offer flexibility and precision for rapid-prototyping operations. It is suited for applications
involving microperforation and complex
geometries. In addition to recipe storage, batch
count recording, and fault monitoring,
the Delta Edge laser module features a
servo-controlled robotic arm for laser
repositioning. Repositioning can be
performed quickly in between products so
that one system can be used for a variety of
web-handling processes. Digital die-cuts can
be programmed into the system through the
human–machine interface touch screen. Users
can modify the cut depth, width, and location
on demand, and no tooling is necessary to
achieve or alter tight-tolerance die-cutting.
■ Delta Industrial
MINNEAPOLIS
www.deltamodtech.com
Laser
Micromachining
Workstation Allows
for Range of
Wavelengths
A laser micromachining workstation
allows for a range of wavelengths and laser
types to be used in various applications.
The compact IX-100-C accommodates a
variety of accessories and options, including
wavelengths from 157 to 1064 nm. It
features galvanometer technology that
permits an f-theta lens with a focal length
ranging from 100 to 254 mm to be used
with fields of view up to 170 × 170 mm.
The moving mirrors of the galvanometer
provide rapid scanning over a large area
with reasonable accuracy, according to the
manufacturer. In addition to high-accuracy
motion control equipment and z-theta
stage technology, the system includes fixed-beam delivery optics for high-precision
applications.
■ JPSA Inc.
MANCHESTER, NH
www.jpsalaser.com
For more features on
laser processing
equipment, go to
devicelink.com/mpmn/equipment
