RSA Conference Exhibitor List 2024 - Exhibitors Data
Diamond turned optics
1. Diamond Turned Optics
The work continues till the final
product meets the desired
specifications of the client. No room
for error is allowed to exist in the
production of the prototype as they
become a part of intricate systems that
need high efficiency.
At Diverse Optics, we diamond turn
some of the most challenging optical
elements with complex forms and
shapes in-house.
2. How will it perform in the system?
Rapid prototyping by
diamond turning a few
optical elements allows
engineers to test their
optical designs in their
systems before heavy
investments in tooling
capital. Often times, this
pays off!
3. Diamond turning for molding.
Although we are precision
injection molders, the diamond
turning process is more precise.
When we know your optics will
ultimately be injection molded,
we intentionally diamond turn
prototypes in the tolerance
range of injection molding to
provide prototypes that mirror
injection molded optics
tolerances. This allows optical
engineers to accurately assess
whether optical systems contain
the proper tolerance stack for
molded optics.
4. Diamond Turned Optics: Single point precision at its best
According to Donald Rumsfeld, “Be precise. A lack of precision is dangerous when the margin of
error is small” Plastic polymer optics has become an integral part of many important systems that
drive the heart of the most challenging operations of the technological world. Many prototype
projects require special attention as the parts they need are not available in the wholesale market.
They need to meet certain special requirements that cannot be met without extreme precision.
Diamond Turned Optics is the solution to the hardest deigns that are required for prototype
projects, and the engineers love to be challenged by new designs all the time. Pushing the limits to
a whole new level is the driving force of the core team that aids in manufacturing the best product
in the industry. This system allows rapid prototyping of the optical elements by the engineers and
tests the designs given to them under controlled conditions. Testing is always required to meet the
necessary specifications which have to be correct to the last decimal point. The work continues till
the final product meets the desired specifications of the client. No room for error is allowed to
exist in the production of the prototype as they become a part of intricate systems that need high
efficiency.
