SLS 3D Printing Service Case Study: How Netsheipas Scaled
Last Updated: May 26, 2026
Reading Time: 5 Minutes
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Sinterit's Netsheipas AM case study shows what a small startup SLS 3D printing service looks like at full tilt. Two compact SLS 3D printer units. Two materials in the queue at once. A daily run rate aimed at industrial clients with complex parts. This SLS 3D printing case study is one of the clearest examples of compact SLS scaling a service bureau.
Netsheipas AM is a startup 3D printing service bureau in Europe. Its core work is small series, prototype runs, and fast turnarounds for industrial customers. The parts are not simple. Delicate geometry, assembly tolerances, surface coatings, and colouring all sit on the order sheet.
A few years of 3D industry experience came with the founders. They picked SLS as the core technology because it suited engineered-grade performance components better than FDM or resin. Engineering review and design adaptation rounded out the offering.
Three pressures defined the brief: speed of reaction, freedom of design, and cost-efficient production. Wide material choice and frequent material changes added a fourth.
Working through large industrial powder bed partners did not give Netsheipas the flexibility or the cost base it needed. The team wanted compact SLS systems to own outright. Run on-site. Switch between as orders changed. Finding one inside a sustainable investment range was the hard part.
After analysing every SLS system on the market, Netsheipas picked the Sinterit Lisa PRO. Three factors drove the call:
Material variety across the Sinterit powder library
Compact architecture for a small production floor
Reasonable investment costs versus large industrial SLS
Two units were ordered rather than one. The reason was material parallelism. One printer runs an order in one polymer. The second handles a different polymer at the same time. Nothing waits in a queue.
Larger build envelope versions of the Lisa PRO were chosen to fit bigger part suites. Installation happened in February 2021. After a short bed-in period and a handful of test prints, the bureau began running paid customer orders.
Since the bed-in period ended, the two Sinterit Lisa PRO units have been on close to full-time continuous operation. Material changes take minimal extra effort. The team switches polymers between jobs without losing production hours, which is rare for an SLS 3D printing service on this scale.
Headline outcomes from the case study:
Fast deliveries to industrial customers
High-class precision and quality on small parts
Production-floor footprint rather than a dedicated SLS hall
Behind the result, by Sinterit's own account, is an affordable compact SLS platform paired with a wide polymer range. Together they let a service bureau quote against varied requests instead of being locked to one or two stock materials.
Replacing the Lisa PRO in Netsheipas's story today is the Sinterit Lisa X. The Lisa X uses a galvanometer laser system, prints roughly 6x faster than the older Lisa PRO, and runs the same Sinterit powder library plus newer polymers like PA-11.5 and Polypropylene.
For Australian businesses building an SLS service line, the same architecture argument holds in 2026. A pair of Lisa X units gives you material parallelism and redundancy at a fraction of the floor space and capital cost of a large industrial machine. The Sinterit Suzy sits below the Lisa X for service bureaus starting smaller.
A Sinterit Lisa X starts at AUD $37,734.99 in Australia. Two of them cost less than a single low-end industrial SLS system. Weighing the two Sinterit models? Our Lisa X vs Suzy comparison walks through the trade-offs. Innoseal's SLS prototyping case study shows the same compact-Sinterit pattern applied to bag-closure manufacturing in Europe.
What is an SLS 3D printing service?
An SLS 3D printing service is a bureau printing parts on demand using selective laser sintering. SLS fuses polymer powder layer by layer with a laser. The process handles complex geometries, internal channels, and small-batch production beyond what FDM supports. Netsheipas runs an SLS 3D printing service on two compact Sinterit machines.
Why did Netsheipas choose Sinterit over a large industrial SLS printer?
Three factors drove Netsheipas's choice of the Sinterit Lisa PRO: extensive material variety, compact system architecture, and reasonable investment cost. Large industrial SLS machines did not fit the bureau's investment range or floor space, and external SLS partners did not give the flexibility a service bureau needs.
Which Sinterit printer suits a service bureau in 2026?
For 2026, the Sinterit Lisa X is the current flagship for a Sinterit-based SLS 3D printing service. It prints faster than the older Lisa PRO and uses the full Sinterit powder library, including PA-11.5 and Polypropylene. Sinterit Suzy is the lighter alternative for bureaus starting smaller.
How long does it take to swap materials on a Sinterit Lisa?
Material changes on a Sinterit Lisa SLS printer take minimal extra effort between print jobs. Netsheipas reports near-continuous operation across multiple polymers. Swaps happen between scheduled jobs rather than blocking production for a day, which matters for any bureau quoting on mixed-material orders.
How much does a Sinterit SLS printer cost in Australia?
Pricing in Australia starts at AUD $37,734.99 for a Sinterit Lisa X. Sinterit Suzy sits below that price point. Both come in dramatically lower than large industrial powder-bed SLS machines. This is why bureaus like Netsheipas built their business model around two compact units rather than one expensive industrial system.
Want to view our full range of Sinterit SLS 3D printers? Click here.
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