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Sinterit Lisa X SLS 3D Printer: Fast and Compact

Sinterit Lisa X SLS 3D Printer: Fast and Compact
Sinterit Lisa X SLS 3D Printer: Fast and Compact
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Sinterit Lisa X SLS 3D Printer: Fast and Compact
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Sinterit Lisa X SLS 3D Printer: Fast and Compact
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Sinterit Lisa X SLS 3D Printer: Fast and Compact
 Sinterit Lisa X SLS 3D Printer: Fast and Compact - 5
Sinterit Lisa X SLS 3D Printer: Fast and Compact
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Sinterit Lisa X SLS 3D Printer: Fast and Compact
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Sinterit Lisa X SLS 3D Printer: Fast and Compact
  • Sinterit Lisa X SLS 3D Printer: Fast and Compact
  • Sinterit Lisa X SLS 3D Printer: Fast and Compact - 2
  • Sinterit Lisa X SLS 3D Printer: Fast and Compact - 3
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  • Sinterit Lisa X SLS 3D Printer: Fast and Compact - 5
  • Sinterit Lisa X SLS 3D Printer: Fast and Compact - 6
  • Sinterit Lisa X SLS 3D Printer: Fast and Compact - 7
In Stock
Fast and compact SLS 3D printer
  • High build speed
  • Excellent print quality
  • Wide material range
  • Cost-effective solution
When purchasing with us you get:
  • Favourable PO Terms
  • 1 Year Warranty
  • Local U.S. Support
  • FREE training
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
This 3D printer comes with:
  • IO box
  • New foldable tray
  • Spare recoater wire
  • Personal protection tools
Price $23,990.00
View add-ons & extras
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Lead time is 2-3 weeks.

The Sinterit Lisa X is a compact desktop SLS 3D printer offering industrial-grade performance. It prints 10–14 mm/h — ten times faster than the Sinterit Lisa Pro — while maintaining high precision and surface quality. With a 130 x 180 x 330 mm build volume, it uses a 30W IR Fiber Coupled Diode Laser and Galvo scanning system for fast, efficient sintering. The Sinterit Lisa X stands out with its open architecture and broad material compatibility. A built-in nitrogen chamber supports advanced materials like PA11 Carbon Fiber and ESD-safe types.

Users can adjust 32 printing parameters via Sinterit Studio Advanced for greater control. An airblade system cleans the laser glass during printing, reducing maintenance and boosting productivity. Professionals in manufacturing, R&D, and education benefit from the Sinterit Lisa X's ability to print complex, support-free geometries and functional assemblies in one job. The system integrates with Sinterit's peripherals like the Powder Handling Station and SLS Sandblaster for a full end-to-end solution.

What is the print quality and performance of the Sinterit Lisa X 3D printer?

The Sinterit Lisa X uses advanced SLS technology to deliver high-quality prints with 0.075–0.175 mm layer heights and precise dimensional accuracy. Its 30W IR Fiber Coupled Diode Laser and Galvo system ensure sharp edges, smooth surfaces, and consistent results.

3D-printed turbine parts by Sinterit Lisa X, showcasing precision and detail, featuring two gray, intricate rotor designs against a plain background.

3D-printed complex part in gray, showcasing intricate details, created by Sinterit Lisa X on a neutral background.

Black cylindrical part with intricate design, created by Sinterit Lisa X 3D printer, displayed against a neutral background.

Sinterit Lisa X 3D-printed drone frame with four circular motor mounts, showcasing intricate design and precision on a neutral background.

3D printed spine model created by Sinterit Lisa X, showcasing detailed vertebrae structure on a neutral background.

In internal tests with PA12, the Sinterit Lisa X outperformed the Formlabs Fuse 1 by producing stronger thin walls, ensuring high-quality results across applications.

Sinterit Lisa X-printed samples, showcasing detailed black plastic parts and labels for comparison.

The Sinterit Lisa X prints at the speed of up to 14 mm/h, completing most jobs within 24 hours — an improvement over earlier models. Its build volume supports efficient batch production and larger parts. This speed, precision, and size make it ideal for rapid prototyping and small-batch manufacturing.

 

Real-world tests show the Sinterit Lisa X prints 270 electric connector sets in 28 hours, compared to 56 sets in 103 hours with the previous Sinterit printer models like the Lisa and 112 sets in 205 hours with the Lisa Pro.

Sinterit Lisa X comparison diagram showing 3D printing speeds of connectors by Lisa, Lisa Pro, Lisa X, and Nils 480, highlighting faster output with Lisa X.

Case Study: Innoseal Europe B.V. cut lead times from weeks to days by using the Sinterit Lisa X for functional prototyping, eliminating outsourcing and IP risks. They reduced injection mold rework by 18 weeks annually and used PA11 CF for strong, tensile parts in batches of 10–50.

Printed parts:

Sinterit Lisa X 3D-printed black parts on a ruler, showcasing precision detail and measurements, highlighting sample output capability.

  1. Pusher block and one way lock
  2. Tape wheel
  3. One way lock block

Set of black 3D-printed parts on rulers, made by Sinterit Lisa X, including a wheel, bracket, and gear on a light-colored surface.

  1. Tape roll holder custom size
  2. Paper guide blocks
  3. Pully and in background pusher block and one-way lock

Sinterit Lisa X creates intricate black plastic parts in industrial setup; various mechanical components shown close-up in three segments.

  1. Tape wheel in assembly with pully
  2. “Tape wheel” in assembly with “pusher” and “one way lock”
  3. Paper clamping mechanism with self release

Which powders can you use with the Sinterit Lisa X SLS 3D printer?

The Sinterit Lisa X supports 12+ powders across three categories: standard prototyping, performance & special applications, and flexible materials. 

Sinterit Lisa X 3D printed samples and material containers for standard prototyping, special applications, and flexible uses in organized sets.

For standard prototyping, the Lisa X supports PA12 Smooth (general-purpose with excellent finish), PA12 Industrial (durable for functional parts), PA11 Onyx (25% stronger than PA12), and PBT Optimal.

PA12 Smooth Print Samples

 

PA12 Industrial Print Samples

PA12 Industrial is stronger, tougher, more dimensionally stable, biocompatible, and cheaper than PA12 Smooth; PA12 Smooth is better for fine surface details.

Category PA12 Smooth Fresh (6 kg) PA12 Industrial Fresh (6 kg)
Price $872 ($145/kg) $560 ($93/kg)
Refresh ratio 22% 30%
Effective fresh cost per printed kg $31.97/kg $28.00/kg
Color Navy grey Grey matte
Printout density 0.95–0.97 g/cm³ 0.99 g/cm³
Tensile strength (X/Y) 38 / 42 MPa 48 / 49 MPa
Elongation at break (X/Y) 4.5 / 4.9% 5.8 / 5.8%
Flexural strength (X/Y) 49 / 50 MPa 62 / 58 MPa
Impact strength (unnotched X/Y) 12 / 20 kJ/m² 15 / 23 kJ/m²
Heat deflection (HDT B) 154 / 152 °C 159 / 161 °C
Key advantage Better surface & detail, lower refresh Stronger, stiffer, biocompatible, cheaper

Sinterit Lisa X-created black mechanical parts, gears, and components in close-up, showcasing their precise detailing and intricate design.

PA11 Onyx Print Samples

 

For performance use, the Lisa X supports PA11 CF (carbon fiber-reinforced nylon with strength rivaling some aluminum) and PA11 ESD for electrostatic-safe parts. For example, in a strength test, a single PA11 CF part lifted the 145 kg printer, demonstrating its 81 MPa tensile and 100 MPa flexural strength.

 

PA11 CF Print Sample

Sinterit Lisa X 3D-printed black shackles on a wooden surface alongside metal shackles and red pins, highlighting precision and detail.

PA11 ESD Print Sample

Hands hold a 3D-printed electronic mount with wires, created by Sinterit Lisa X, on a white background.

Flexible materials include Flexa Grey, Soft, Bright, TPE, Flexa Performance (chemical-resistant TPU), and PP (Polypropylene).

Flexa Soft Print Sample

Hands holding a flexible, gray 3D-printed object made by Sinterit Lisa X on a white background.

PP (Polypropylene) Print Sample

3D printed black Venturi nozzle, produced by Sinterit Lisa X, connected to red tubing with metal fittings, displaying internal structure.

Case Study: The Warsaw University of Technology SAE Aero Design team won first in micro class and third in regular class using SLS-printed UAV tail boom mounts. Printed on a Lisa X with PA11 CF (81 MPa tensile strength), the parts handled high structural loads while remaining lightweight — ideal for aerospace use.

3D printed mechanical part created by Sinterit Lisa X, featuring intricate lattice design, held by hand, demonstrating detailed craftsmanship.

Person kneeling on pavement with yellow-red model plane, labeled "Sinterit," likely 3D printed by Sinterit Lisa X, on wooden table, grassy background.

Case Study: Jetson Aero used the Sinterit Lisa X to 3D print lightweight end-use parts for its Jetson ONE eVTOL, including motor brackets, radar housings, and GPS mounts. By using hollow structures and lattice patterns, they reduced weight without sacrificing strength — supporting flight speeds up to 63 mph.

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3D-printed part created by Sinterit Lisa X, showcasing a smooth, contoured structure on a dark surface, highlighting precision and detail.

Case Study: BNP s.r.l. improved part strength and surface quality by switching from FDM to SLS with the Sinterit Lisa X. They produce tool holsters co-molded with polyurethane, edge closures for desks, and plan to replace aluminum and carbon fiber parts using PA11 CF. Most parts use PA12 Industrial, while PA11 CF (81 MPa tensile strength) enables strong, lightweight components that reduce worker fatigue.

Two grey 3D-printed parts created with Sinterit Lisa X, featuring detailed perforations and smooth finishes, showcasing advanced printing capabilities.

Sinterit Lisa X created corner bracket on a table edge, showcasing precise 3D printing capability, black material contrasts with metal table surface.

The Sinterit Lisa X’s open architecture allows use of third-party materials. With Sinterit Studio Advanced, users can adjust 32 parameters — like temperature and laser power — to create custom profiles and optimize print quality for specific applications. 

Sinterit Lisa X 3D-printed parts on table: tool handles, gears, and intricate figurines, showcasing precision and versatility.

Sinterit Lisa X-created black lattice structures, skeletal hand, and mechanical part with red tube on a white surface.

The Sinterit Lisa X features a nitrogen chamber that boosts mechanical performance, especially for PA11-based materials like PA11 CF. Its 22 heating elements across four zones ensure precise temperature control from 50–210 °C, supporting a wide range of materials with consistent print quality.

Schematic of Sinterit Lisa X showing chamber, print bed surface, cylinder, piston, and galvo with details on 32 modifiable parameters for 3D printing.

What is the build volume of the Sinterit Lisa X compact SLS 3D printer?

The Sinterit Lisa X offers a 130 x 180 x 330 mm build volume (398 mm diagonal), a major upgrade over previous models. It's suitable for large parts and batch production. Volume varies slightly by material: TPU and flexible materials use up to 340 mm height, while PA and PP use the standard 330 mm.

Sinterit Lisa X print bed, featuring sleek steel finish and precise detailing, designed for high-quality 3D printing with meticulously crafted samples.

What is the difference between the Sinterit Lisa X and Formlabs Fuse 1+ 30W?

Sinterit Lisa X — compact, multi-material SLS with inert-gas control and a 30 W 976 nm galvo system; balanced throughput (~0.5 L/h), flexible layers (75–175 µm), and a tall-for-its-class build (130 × 180 × 330 mm; TPU up to 340 mm). The ATEX-certified Performance Set (Lisa X + Multi PHS + Sandblaster + ATEX vac) enables fast material changeovers with ~95–98% powder recovery and Industry 4.0/API hooks — ideal for labs that swap PA/PP/TPU (incl. ESD/CF) frequently without dedicating multiple printers.

In contrast:

  • Raise3D RMS220 — wins on throughput (~2.2 L/h) and largest build (220 × 220 × 350 mm) driven by a 75 W 1064 nm fiber laser and a built-in Nâ‚‚ generator (no external supply required); loses on price (20% more expensive), ecosystem (doesn't offer the full post-processing package) and has a narrower OEM material set (PA11/PA12/PA12-GB, TPU) with no PP or ESD material.
  • Formlabs Fuse 1+ 30 W — wins on the turnkey workflow (eg. sealed glove box for the Fuse Sift prevents powder contamination in the work space, the Fuse Blast offers a fully automated process for sandblasting parts), larger build area (8.2L vs 7.7L); loses on price (16% more expensive for the full set), shorter parts (300 mm vs 330 mm), and a narrower material set with no PP or ESD material. 
Specification Sinterit Lisa X Raise3D RMS220 Formlabs Fuse 1+ 30W
Technology / Laser SLS; IR fiber-coupled diode 30 W, 976 ± 3 nm; galvo. SLS; 75 W fiber laser, 1064 nm; galvo (max scan 30,000 mm/s). SLS; Yb-fiber 30 W; ~200 µm spot; scan up to 12.5 m/s.
Build volume PA/PP: 130 × 180 × 330 mm; TPU: 130 × 180 × 340 mm 220 × 220 × 350 mm 165 × 165 × 300 mm
Layer thickness 0.075–0.175 mm (75–175 µm) 0.05–0.40 mm (50–400 µm) 110 µm fixed
Print speed (volumetric) 0.5 L/h 2.2 L/h 0.5 L/h
Atmosphere / gas Inert-gas control; typical N₂ consumption ≈0.48 m³/h (8 L/min). Air / Nitrogen; built-in N₂ generator (requires compressed air). Air or Nitrogen (external supply required); sealed chamber, positive pressure; nitrogen specs: ≥99.5% purity, ≥0.5 SCFM (≈14 L/min), 36–125 psi, ≥18 °C inlet. Sources: cylinder, dewar, or generator.
Powder handling & post-processing Multi PHS workstation: multi-material presets (6), quick deep-clean ~10–30 min, 95–98% powder recovery to 20 L container, solo-sifting; compatible with compact & industrial SLS. Sandblaster SLS: sealed, HEPA-filtered; large 675 × 450 × 415 mm work area. Vapor smoothing: AMT PostPro SFX integration. RFID powder; level sensor; hopper 31.5 L (up to 40 L with material box). Fuse Sift all-in-one recovery & auto-mix; modular build chamber; optional Fuse Blast cleaning.
Compatible materials (OEM / validated) PA11.5, PA12 Industrial, PA12 Smooth, PA11 Onyx, PA11 CF, PA11 ESD, PP (polypropylene), Flexa Performance (TPU), PBT Optimal (plus profile-only options). PA12, PA11, PA12-GB, TPU 90A (black/white), TPU 86A (black/white). Nylon 12, Nylon 12 GF, Nylon 11, Nylon 11 CF, TPU 90A.
Software / file types Sinterit Studio; STL/3MF/OBJ/3DS/FBX/DAE; Windows. ideaMaker; STL/OBJ/3MF/OLTP/STEP/STP/IGES/IGS; Win/macOS/Linux. PreForm; STL/OBJ; Dashboard cloud monitoring.
Connectivity / UX Wi-Fi / Ethernet / USB; built-in camera; 9″ touchscreen. Wi-Fi, LAN, USB; real-time camera; 11.5″ touchscreen. PreForm + cloud Dashboard (remote monitoring).
Machine size (W×D×H) 650 × 610 × 1200 mm 861 × 685 × 1560 mm (w/o tower light) 645 × 685 × 1070 mm (≈1655 mm with stand)
Weight 145 kg 283 kg 114 kg
Power 230 VAC, 8 A or 100–120 VAC, 15 A 190–240 VAC, 50/60 Hz, 230 V @ 16 A EU 230 VAC @ 7.5 A; US 120 VAC @ 15 A
3D Printer Pricing (USD) From $23,990 From $29,999 From $24,999
Full Set Pricing (USD) From $45,490 N/A  From $54,500

Bottom-Line: 

  • Buy Sinterit Lisa X when you want the lowest entry price (from $23,990), compact footprint, frequent multi-material changeovers (incl. PP, ESD, CF), efficient, safe workflow with a print speed of ~0.5 L/h and a 330–340 mm Z-axis.
  • Buy the Raise3D RMS220 if maximum build and throughput are paramount — 220×220×350 mm at ~2.2 L/h with a built-in Nâ‚‚ generator — accepting the larger/heavier machine, no PP/ESD, and a higher base price ($29,999, ~+$6,009 vs Lisa).
  • Buy the Formlabs Fuse 1+ 30 W when you want the most integrated, automated workflow (Fuse Sift + Fuse Blast) and a slightly larger volume than Lisa (~8.2 L vs 7.7 L), while accepting fixed 110 µm layers, shorter Z (300 mm), and the higher total cost (base $24,999, full set $54,500 vs Lisa’s $45,490).
 

What printer controls are available on the Sinterit Lisa X?

The Sinterit Lisa X 3D printer features 10+ printer controls available for operator use.

Physical Control Buttons

  • Emergency Stop Pushbutton (E-STOP) — Immediately cuts off power to the printer in emergency situations
  • Reset Button — Activates the safety mechanism before printing begins
  • Power Switch — Located on the back of the printer for turning the device on/off
  • Lid Handle — Used for lifting and opening the printer lid

Sinterit Lisa X 3D printer with open chamber and touchscreen interface showing menu options, set in an industrial environment.

Touchscreen Interface Controls

  • 9-inch Interactive Touchscreen (LCD) — Primary control interface featuring multiple menu options
    • PRINTING Menu — Contains "ADD NEW PRINT JOB" and "UNLOCK LID" functions
    • MAINTENANCE Menu — Includes "CLEAN THE PRINTER," "REMOVE PRINTOUT," "COMPONENT MAINTENANCE," "PRINT JOB HISTORY," and "MOTORS" options
    • SETTINGS Menu — Provides "CONNECT WITH SINTERIT STUDIO," "WI-FI," "PRINTER INFO," and "MORE OPTIONS" controls
    • CAMERA VIEW — Displays live feed from the built-in camera

Sinterit Lisa X 3D printer with touchscreen interface, showing settings menu. Hand holding a sample part, likely created by the printer.

Gas Control System Components

  • Gas Inlet Nipple (Quick Connect Fitting) — For connecting inert gas supply
  • Oxygen Level Sensor — Monitors oxygen levels during operation

Sinterit Lisa X internal view showing tubing, pressure gauge, and fittings assembled in a compartment, highlighting technical components.

The control system includes multiple emergency stops and a touchscreen for easy printing and maintenance.

What connectivity options are available on the Sinterit Lisa X?

The Sinterit Lisa X provides 3 connectivity options: Wi-Fi, Ethernet, and USB — an upgrade over earlier models that lacked Ethernet. The added Ethernet ensures stable, reliable file transfers and print monitoring, essential for professional use.

Sinterit Lisa X 3D printer rear panel with ports, red switch, and visible branding on a metallic surface, featuring orange wheel casters.

A built-in camera enables remote monitoring, letting users check prints without being on-site.

Sinterit Lisa X 3D printer interface displays live camera view of ongoing print, showing parts being created. Multiple printer controls are visible.

The Sinterit Lisa X is Industry 4.0 ready, with API control for integration into production systems and eligibility for EU development funding. It connects with Sinterit Studio software, compatible with Windows 7 (64-bit) or newer, requiring OpenGL 3.0 and at least 2 GB RAM.

Computer screen displaying Sinterit Lisa X settings and options, with a 3D model gear icon, in a workspace setting.

The 9-inch touchscreen gives direct access to network settings, simplifying setup across all connection types.

 

What software is offered with the Sinterit Lisa X?

The Sinterit Lisa X includes Sinterit Studio software in two versions. The Basic version, bundled with the printer, offers model positioning, auto-nesting, slicing previews, and basic layer height control (0.075–0.175 mm), supporting PA12 Smooth and Flexa Grey. The Advanced version unlocks 32 adjustable parameters — like temperature, warmup/cooldown, and laser settings — enabling full material compatibility and custom profiles for proprietary and third-party powders.

 

The software supports STL, OBJ, 3DS, FBX, DAE, and 3MF files, and runs on Windows 7 (64-bit) or newer with OpenGL 3.0 and at least 2 GB RAM. Designed for industrial use, the Industry 4.0–ready Lisa X connects via Wi-Fi, Ethernet, or USB, and includes a built-in camera for print monitoring.

Laptop connecting wirelessly to Sinterit Lisa X 3D printer, showcasing remote control capability.

Sinterit Studio Advanced can manage multiple printers from one interface, streamlining multi-machine workflows. Features like “skeletons” for fine detail and full parameter control make the Lisa X a customizable tool for precise, application-specific production.

Sinterit Studio software box and a laptop display 3D models created by Sinterit Lisa X, featuring intricate designs and branding.

What is the design and build quality of the Sinterit Lisa X?

What is the design and form factor of the Sinterit Lisa X?

The Sinterit Lisa X has a compact, industrial design measuring 650 x 610 x 1200 mm and weighing 145 kg. It features a black body with red accents around the control panel and a fully enclosed build chamber with a top-opening, magnetically secured lid.

Sinterit Lisa X 3D printer being operated by a person, showcasing a sleek design with control panel; parts created by the printer are included.

The Sinterit Lisa X sits on four caster wheels for easy repositioning. Its front panel displays the "LISA X" branding and houses the main control interface. The enclosed design contains laser radiation and powder during printing.

Three Sinterit Lisa X 3D printers in a workshop setting, featuring control panels and sleek black-red design, with parts made by these printers.

What is the motion system of the Sinterit Lisa X?

The Sinterit Lisa X uses a galvo system that directs its 30W IR fiber-coupled laser with mirrors, eliminating the need for moving printheads.

Sinterit Lisa X 3D printer with open door showing internal mechanism and control panel, set in a modern industrial environment.

Sinterit Lisa X 3D printer chamber with warning symbols.

The printer uses recoater guide bars to spread powder and stepper motors to control the Print Bed, Feed Bed, and overflow container positions.

Sinterit Lisa X 3D printer with a hand removing a printed part from the chamber; touchscreen interface visible; industrial setting.

What is the noise level of the Sinterit Lisa X?

The Sinterit Lisa X operates at 40–50 dB(A). Its galvo scanner reduces noise by eliminating moving printheads and minimizing vibration. The Lisa X’s enclosed design helps contain noise, and its 30W fiber-coupled laser operates silently. Unlike FDM printers, its stationary laser and minimal mechanical movement result in quieter operation.

 

What are the build platform specifications of the Sinterit Lisa X?

The Lisa X has a 150 x 200 x 350 mm Print Bed. Maximum print volume is 130 x 180 x 340 mm for flexible materials and 130 x 180 x 330 mm for PA and PP. Objects can reach 398 mm diagonally when optimally positioned.

3D printing layout for Sinterit Lisa X, showing parts placement in software interface, demonstrating object arrangement and alignment for printing.

The Lisa X supports layer heights from 0.075 to 0.175 mm and builds at up to 14 mm/h. It maintains precision with a 0.5 mm minimum wall thickness and 0.2 mm clearance for moving parts.

Sinterit Lisa X 3D printer with operator loading material, branded red panel, control screen visible, tools and earmuffs on adjacent shelf, industrial setting.

What is the laser source of the Sinterit Lisa X?

The Lisa X uses a 30W IR fiber-coupled diode laser (976 ± 3 nm) rated for over 30,000 hours. The laser system includes protective glass that must be correctly installed and maintained for safety. The galvo scanner uses mirrors to guide the beam for precise sintering across the powder bed.

Sinterit Lisa X printer interior showing lens, camera, and components essential for sample creation, viewed through an operating chamber.

How does the Sinterit Lisa X handle powder storage and feeding?

The Lisa X uses a Feed Bed to supply unsintered powder layer by layer to the Print Bed. Its inert gas system maintains an oxygen-free environment with average consumption of 0.48 m³/h (8 l/min). Components include gas inlets, oxygen sensors, and pressure regulators for precise powder control.

Sinterit Lisa X in use; person loads powder into a sleek 3D printer. Product design and operating interface visible, showcasing additive manufacturing.

What is the mainboard of the Sinterit Lisa X?

The Lisa X uses a professional embedded control system with an ARM-based mainboard and dedicated controllers for heating, galvo positioning, and powder handling. It integrates FCC-certified components, including a Raspberry Pi Compute Module 4 (FCC ID: 2ABCB-RPICM4), to manage tasks like laser power modulation and real-time temperature monitoring across multiple sensors.

Sinterit Lisa X open chamber, with a person in blue gloves, symbols indicating laser and heat, designed for creating precise 3D printed parts.

What are the power supply specifications of the Sinterit Lisa X?

The Lisa X operates on 230V AC (8A) or 100–120V AC (15A), 50/60 Hz, based on region. It averages 0.85 kW power use, peaking at 1.65 kW. Its 16 heating elements span four zones — chamber, surface, cylinder, and piston — for precise temperature control. The system includes proper grounding, safety mechanisms, IEC Class 1 protection, and an IP30 rating.

Sinterit Lisa X interior showing build chamber with metal components, designed for 3D printing objects, highlighting industrial, precise design.

What comes included in the box with Sinterit Lisa X?

The standard Sinterit Lisa X package includes:

  • 1x Sinterit Lisa X SLS 3D Printer (fully assembled)
  • 1x IO box for print removal
  • 1x Trowel
  • 1x Foldable tray
  • 1x Funnel
  • 1x Binder
  • Powder management tools
  • Personal protection tools
  • Post-processing tools
  • 1x Maintenance kit
  • Spare recoater wire
  • 1x USB drive with Sinterit Studio software
  • 1x Power cable
  • User manuals

The Sinterit Lisa X arrives fully assembled and calibrated for immediate use. It includes all tools for the full SLS workflow — from powder handling to post-processing — plus an IO box for safe print removal, Sinterit Studio software for slicing and management, and PPE for safe powder handling.

Please Note: Package contents are determined by the manufacturer and may change without notice. To confirm the current items included with this product, please contact a Top3DShop sales representative before placing your order.

Sinterit Lisa X 3D printer accessories including a metal container, red scoop, measuring cup, and cleaning tools on a white surface.

What upgrades and accessories are available for the Sinterit Lisa X?

The Sinterit Lisa X supports 8+ optional accessories that expand it into a full SLS production system, covering the entire workflow from powder handling to post-processing.

Accessory Function Target User Price (USD)
Intertek Vacuum Cleaner ATEX certified powder removal system — removes up to 99% of unused powder from printer and workspace Professional / Industrial users requiring safe powder handling $3,500+
Sinterit Sandblaster Cleaning, polishing, and finishing prints using compressed air and glass balls for surface enhancement Professional users needing high-quality part finishing $1,700+
Multi PHS (Powder Handling Station) Professional powder management system for streamlined workflow and handling processes Production facilities with high-volume powder processing $11,000+
Sinterit Powder Sieve Automated powder processing - removes debris and combines used powder with fresh powder for reuse Commercial users focused on material cost optimization $2,100+
Dedicated Powder Tools Specialized tools including spatulas and accessories for safe Lisa X powder manipulation All Lisa X users requiring proper powder handling equipment $750+
Sinterit Studio Advanced Enhanced slicing software with 32 adjustable parameters and third-party material compatibility Research / Development users needing parameter control flexibility $4,000+
Sinterit Platform Dedicated printer stand with two height settings, lockable wheels, and optimal workspace organization Professional installations requiring proper printer positioning $500+
Flight Case Lisa X / SUZY Professional transport solution designed specifically for Lisa X dimensions and mobile applications Mobile service providers and demonstration teams $850+

Intertek Vacuum Cleaner

The Intertek Vacuum Cleaner is ATEX-certified for SLS printing and removes 99% of unused powder from the Lisa X and workspace using specialized filtration. It includes accessories for safe, thorough powder recovery in industrial environments.

Sinterit Lisa X 3D printer with stainless steel body, labeled branding, and castor wheels for mobility.

Sinterit Sandblaster SLS

The Sinterit Sandblaster SLS uses compressed air and glass bead media to clean, smooth, and improve the appearance of SLS parts. Its chamber is sized for Lisa X prints, ensuring consistent results across various shapes and materials.

Sinterit Lisa X 3D printer with dual glove ports and pressure gauge in a black enclosure, showcasing branding on the front panel.

Multi PHS (Powder Handling Station)

The Multi PHS centralizes powder management with integrated sieving, storage, and transfer for both virgin and recycled powders. It connects to the Lisa X to automate preparation and minimize manual handling in high-volume production.

 

Sinterit Powder Sieve

The Sinterit Powder Sieve automates powder reclamation by removing debris and blending recycled powder with fresh material. It uses calibrated mesh to ensure consistent particle size and extend powder usability for Lisa X prints.

Sinterit Lisa X 3D printer in black, featuring a sleek, rectangular design with Sinterit branding, a handle, and control panel, showing functionality.

Dedicated Powder Tools

The Dedicated Powder Tools include anti-static, ergonomic spatulas and scrapers designed for Lisa X powder handling. Calibrated for its build platform, they enable precise powder leveling and contamination-free cleaning.

Sinterit Lisa X accessories kit with brushes, protective gear, scoop, tools, and manual, highlighting essential items for 3D printing maintenance.

What’s included in the kit:

  • Metal strainer
  • Scoop
  • Measuring cup
  • Paper tube
  • Brush
  • Scrapers set
  • Large brush Nylon
  • Large brush brass
  • Small brushes set
  • Stainless steel probe
  • Metal spatula
  • T-shirt
  • Service kit bag
  • Protective Glasses
  • Protective Dust Mask
  • Protective Gloves Wet wipes
  • Roll of cotton cloths
  • Silicon Oil
  • Powder Funnel
  • Metal container 12l
  • Document Binder
  • IO set

Sinterit Studio Advanced

Sinterit Studio Advanced adds 32 adjustable parameters and third-party material support to the Lisa X. It enables custom laser settings, layer controls, and support optimization for research and experimental printing beyond standard production limits.

Sinterit Studio Advanced software box with geometric 3D structure design, connected to the Sinterit Lisa X 3D printer and branding details.

Sinterit Platform

The Sinterit Platform is a dedicated stand with dual height adjustment, lockable wheels, and rigid construction for stable, vibration-free operation. It includes storage and cable management tailored to the Lisa X’s size and setup needs.

Black mobile stand with wheels for Sinterit Lisa X 3D printer, featuring two shelves and a compact, sturdy design.

Flight Case for the Lisa X

The Flight Case for the Lisa X offers durable transport protection with custom foam inserts and an impact-resistant shell. It holds the full Lisa X system and accessories, meeting airline specs and safeguarding optical and mechanical parts during transit.

Sinterit Lisa X 3D printer case, sleek black with metal edges and handles, designed for transporting or storing the printer securely.

What maintenance does the Sinterit Lisa X require?

The Sinterit Lisa X requires 15+ maintenance procedures to ensure print quality, protect components, and maintain safe operation.

Post-Print Maintenance (After Each Print)

  • Cleaning the Print Chamber — Immediately after each print, powder must be removed to prevent moisture degradation, as SLS powders are hygroscopic. This involves using the PHS and ATEX vacuum to collect powder from the chamber and dust under the recoater.
  • Cleaning the Overflow Container — After each print, the operator empties the overflow container by sliding it out, transferring excess powder to a bucket or PHS worktop, then reinstalling it.
  • Cleaning the Pyrometer Window — Before each print and during routine maintenance, clean the window with a cloth soaked in 2% salicylic spirit or ethanol, then wipe dry to remove residue.
  • Cleaning the Recoater Guide Bar — Before each print, clean the guide bar with ethanol, wipe it dry, then apply silicone oil along its full length.

Weekly Maintenance

  • Cleaning the Laser Protective Glass — Clean the heating module glass after each rubber-like material print and weekly for standard materials. Remove the split pin, lower the module, unscrew quick-release nuts, take out the glass, clean both sides with ethanol, and reinstall. Replace glass if scratched or cracked.

Monthly Maintenance

  • Cleaning the Area Under the Print Chamber — If powder buildup occurs in one area — suggesting a seal issue — turn off and unplug the printer. Carefully vacuum the excess using an ATEX cleaner, avoiding damage to the Print and Feed Bed mechanisms.

Component Status Monitoring

  • Component Maintenance Checks — The MAINTENANCE menu shows remaining service life for parts like the recoater cord, slide shaft, and bearings. The printer tracks time and alerts users when replacements are needed.
  • Pyrometer Window Inspection — Regularly inspect sensors for contamination or damage that could affect temperature accuracy.
  • Laser Protective Glass Inspection — Regularly check for scratches, cracks, or damage that may affect laser safety or print quality.

Safety and Preparation Procedures

  • Pre-Print Safety Checks — Before each print, ensure the chamber is clear of debris, oil, tools, or anything that could disrupt operation.
  • Power System Inspection — Periodically check the power cable for damage, secure grounding, and electrical safety compliance.
  • Inert Gas System Maintenance — Regularly inspect gas inlets, verify oxygen sensor function, and ensure gas flow averages 0.48 m³/h.
  • Emergency System Testing — Regularly test the E-STOP and Reset buttons to ensure they cut power immediately when needed.
  • Environmental Monitoring — Maintain 40–59% humidity, 22 °C ambient temperature, and ventilation with at least 4 full air changes per hour.
  • Powder Storage Management — Store powders in sealed containers at room temperature with low humidity. Remove powder from the printer if unused for extended periods.

All maintenance must be performed by qualified technicians wearing protective clothing, eyewear, masks, and gloves. The Component Maintenance system tracks service intervals to avoid component overuse, protecting print quality and equipment.

 

What support and warranty come with the Sinterit Lisa X?

The Lisa X industrial SLS 3D printer comes with a 12-month warranty covering hardware defects from materials or manufacturing. Optional extended plans, purchased with the printer, offer up to 5 years of coverage — ranging from $4,700+ for one year to $20,800+ for five. All plans include a Service Unit, providing a replacement printer during repairs to prevent downtime. Sinterit offers personalized support through its Customer Support Team, with direct access to specialists — not automated systems. Technical help is available via email (support@sinterit.com) or phone, including contacts like Grzegorz Konwalinko (+48 570 702 886) and Adam Klimczak (+48 570 702 999). Support includes PrintPro Remote Assist for expert guidance and the PrintPro Masterclass for training in operation, maintenance, and optimization. For critical operations, Sinterit offers Shadow Manufacturing — emergency production support during unexpected downtime. Documentation includes short and full user manuals, a Quick Packing Guide, and online resources via Sinterit’s support site. Top 3D Shop adds dedicated customer service for ongoing assistance.

Full warranty terms: https://sinterit.com/service-plans/warranty-details

Sinterit Lisa X black and red 3D printer with touchscreen and branding, used for creating parts and samples.

How much does the Sinterit Lisa X SLS 3D printer cost?

The Sinterit Lisa X offers industrial-grade SLS printing in a compact size at $23,990.00, with 10–14 mm/h print speeds, a 130 x 180 x 330 mm build volume, and 32 adjustable parameters for flexible production. The Starter Pack adds 15–20% to the base price and includes Studio Advanced Software, Powder Tools, Consumables Kit, and a Flight Case. The , priced 40–45% higher, adds the ATEX Vacuum Cleaner, Powder Handling Station, and SLS Sandblaster for a full end-to-end workflow. Extended warranties cost 18% (1 year) to 80% (5 years) of the base price. For a custom quote, contact Top 3D Shop to configure a setup based on your application and service needs.

Sinterit Lisa X 3D printer with red accents, shown from four angles; sleek, compact design with visible control panel and branding.

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