Developed on the same user-friendly basis as
the first generation of Sinterit 3D printers, the LISA 2 is
an affordable 3D printing solution for industrial
“We started development of the LISA 2 because we
feel we needed it,” comments Paweł Szczurek,
Sinterit CEO and co-founder, in an exclusive interview for 3D
“We have an FDM market now where everything is the
same. We wanted something more.”
The product of experience
Though the LISA 2 is an entirely new system from Sinterit, it
still works using the same base technology as its baby sister
the LISA 1. This is testament to the years of SLS
experience and development that Sinterit’s brings to the table.
“From the very beginning we saw the potential for [accessible
SLS 3D printing],” explains Szczurek.
“Right now, even though we are a very young company, we have
one product that produces parts with better mechanical
properties [than FDM]and so, when we improve the materials,
introduce new ones, it should be even better.”
The new machine is also bigger than before. The LISA 2 has a
print bed measuring 150 x 200 x 260 mm (X x Y x Z) producing a
build volume of 316mm. The LISA 1, for comparison, is 150 x 200
x 150 (X x Y x Z) with a volume of 227 mm.
By expanding along the Z axis in this way, the process avoids
drawbacks to increasing the print-bed’s size.
3D printing capability
on the LISA 2 (left) vs the LISA 1 (right). For reference, the
body, spring legs and two wheels of the vehicle on the left can
be 3D printed in a single LISA 2 build. The remaining 4 wheels
are 3D printed in a second. The spring legs on this vehicel could
not have been 3D printed in a single piece on the LISA 1 3D
printer. Photo by Beau Jackson
Nitrogen is a game changer
With the LISA 2, Sinterit has also is its expanded materials
portfolio. Nitrogen can now be used in the system by simply
attaching an inlet cable to the outside of the machine. Input
can either be from a standalone canister, or hook-up to a
workshop’s existing gas supply.
Nitrogen gas canister
attached to the LISA 2. Photo by Beau Jackson
Konrad Kobus, a Mechanical Engineer in Sinterit’s research and
development department that has been working on the LISA 2 from
the start, explains,
“Nitrogen is a game chamber because it opens up possibilities
to print with very specific materials, that have a very high
robustness to them.”
Sinterit has an open materials platform meaning that customers
are free to experiment with their own SLS powder formulations
in LISA SLS, a capability making the machines an attractive
low-cost solutions for material development labs. In total,
Sinterit has test around 60 – 70 polymer formulations on the
LISA 2 so far.
In addition to the standard strong and
chemical-resistant plastics Nylon PA12 and TPU-based Flexa
Black, the LISA 2 will launch with the addition of two new
materials – Flexa Grey and PA11.
Flexa Grey provides a superior flexibility to SLS 3D
printed products, as demonstrated by miniature 3D printed book
sample handed to me at Sinterit HQ.
PA11 on the other hand provides
enhanced chemical and temperature resistance over PA12.
Not a startup anymore
Now Sinterit has entered its second generation of 3D printers
it is an exciting time for the company. With this release
“Rather than being considered a startup, we will be seen more
as a growing company,” comments Szczurek.
“We want to show people that we are real and we really mean it.
It’s not just that we have made one thing, we are focusing on
providing the next and the next, and constantly improving.”
The LISA 2 is available for pre-order now at $14,900 USD, or
$17,400 as a full end-to-end package. First deliveries of the
system are expected September 2018.
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Featured image shows Paweł Szczurek, Sinterit
co-founder and CEO and the new LISA 2. Photo by Beau