Industrial FDM
Fused deposition · 1.75/3.5mm filament · 1-meter build · 450°C PEEK
NZ-FDM-M1000 Pro
Industrial 1-meter FDM, control-system upgrade: CNC motion controller for 7×24 continuous running, new high-flow 1.75mm extruder (100% faster on ABS), non-contact laser levelling ±0.03mm over 400 points in ≤5min, absolute-encoder servos on all axes for true power-loss resume. Built for long unattended runs on high-value parts.
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NZ-FDM-K1000
Meter-scale open-frame FDM built for large parts at low cost and high throughput: 3.5mm coarse filament through a high-flow extruder reaching 300°C in two minutes at 100mm³/s+, ladder-type extrusion frame with CoreXY at up to 500mm/s, fixed build platform to suppress ringing on tall parts. Sculpture, full-size automotive prototypes, foundry pattern replacement.
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NZ-FDM-M500
Fully enclosed 500mm high-speed industrial FDM. Klipper firmware at up to 600mm/s, CoreXY belts with closed-loop servos on XY and a four-screw four-rail synchronised Z, HGX V2 hardened-steel geared direct extruder, removable magnetic steel plate with piezo auto-levelling. A high-throughput machine for prototypes and small-batch fixtures.
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NZ-FDM-M1000 (1.75)
1-meter industrial FDM — silicone heated bed + 12mm aluminum plate, BMG dual-gear feed, 320°C hotend, dual-Z quad-axis screws; fixtures / molds / large parts.
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NZ-FDM-M1000 (3.5)
1-meter sculpture FDM — 3.5mm filament, 0.8–2.0mm nozzles, for large cultural sculptures & commercial display pieces.
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NZ-PEEK334
450°C high-temp FDM — 450°C hotend / 120°C bed / 60°C chamber, 0.0011mm XY accuracy; prints PEEK for aerospace / medical / research.
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NZ-FDM-6610D
Large industrial FDM — 720h continuous, filament/power-loss recovery, custom even-heating nozzle, dual-door for large models.
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NZ-FDM-T5060
High-speed enclosed FDM — Klipper 600mm/s, 60°C thermal chamber for ABS/PETG/CF-nylon.
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NZ-FDM-T3040
High-speed enclosed FDM — HGX V2 metal extruder, ceramic quick-release hotend, magnetic steel plate, thermal chamber.
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NZ-FDM-TW220
High-speed desktop FDM — triple-Z screws, 330°C hotend, CoreXY, Klipper 600mm/s.
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NZ-334 HS
High-speed FDM — dual-screw dual-motor Z, 330°C hotend, auto-level, enclosed cabinet, CoreXY.
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NZ-FDM-280
Dual-nozzle FDM — 245×200×200mm, multi-color/support, 260°C hotend, Klipper, HDMI touchscreen; sculpture/mold/medical/auto.
View Details →FGF Pellet
High-flow pellet extrusion · pellets replace filament · meter-scale molds & big parts
NZ-FGF-800H
Same build volume as the NZ-FGF-800, specified for high temperature as standard: actively heated chamber to 100°C, 450°C nozzle, 25kg dryer and pneumatic feeding included. Built for engineering pellets such as PPS-CF and PA-CF that warp without a hot chamber. CNC motion controller for 7×24 running; absolute-encoder servos resume after power loss without re-homing.
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NZ-FGF-2400
Large polymer-composite pellet printer — 2400mm travel, high-flow screw (≤10kg/h); 4-meter sculptures, automotive master molds, GFRP replacements.
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NZ-FGF-1800
Mid-large FGF — 1800mm travel, high-flow screw extrusion; large sculptures, display props, master molds.
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NZ-FGF-1200
Mid-size polymer-composite pellet printer — 1200×1000×1000mm, 1–8mm nozzle 3-zone heating, zoned aluminum bed ≤120°C, 40kg hopper integrated feeder, single-phase 220V, 950kg; molds, fixtures, large prototypes; PC+ABS to PPS/PC+CF pellets.
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NZ-FGF-800
Polymer-composite pellet printer — 800×600×800mm, 0.4–3mm nozzle, 2-zone heating, 12kg hopper, optional chamber heating; PLA to PEEK+CF pellets. The general-purpose choice for ambient and mid-temperature pellets — for PPS-CF / PA-CF and other pellets that need a hot chamber, see the NZ-FGF-800H at the same build size.
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NZ-FGF-HM3000
Large polymer-composite additive+subtractive machine — 3000×2000×1000mm build & mill, 4–12mm nozzle 4-zone heating, 30kg/h max flow, 200kg tri-feeder, zoned aluminum bed ≤120°C, modular full-enclosure, 70kW; casting, sanitary molds, aerospace, marine, automotive.
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NZ-FGF-3000
FGF pellet 3D mold-printing machine — screw-extruded composite pellets print large industrial molds directly (automotive, wind-power casting, precast-concrete), 3000×2000×1000mm build, 2–6mm nozzle 3-zone heating, integrated dual-unit 100kg feeder, 6000kg; complex structures straight from digital models, low-volume mold advantage.
View Details →SLM Metal
Full laser melting · multi-laser galvo · 316L / TC4 / AlSi10Mg
NZ-Metal-650
Quad-laser same-format large metal printer — 625×625×1100mm build, 7×24h unattended auto powder feed, 3× efficiency.
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NZ-Metal-450
Multi-laser large metal printer, 425³ build, +80% same-format efficiency, closed powder handling.
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NZ-Metal-280
High-performance mid SLM, 250×250×300mm, low-oxygen atmosphere, broad industrial use.
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NZ-Metal-150
Gen-3 mid SLM, 150³, fully-enclosed vacuum chamber, low running cost, multi-spec powder.
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NZ-Metal-100E
Compact SLM, 100³, fully open-source software, fresh-air + galvo air-shower; cost-effective for R&D / dental.
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NZ-Metal-50
Desktop compact SLM, 50³, 300g powder start, 20μm spot, pop-up piston 100%-clean change; dental / jewelry / research.
View Details →SLA Laser Resin
UV laser scanning · 300mm to 1.7m envelopes · optional twin laser · prototype / auto / architecture
NZ-SLA-300
Entry-envelope industrial SLA: a custom UV laser with a 0.1mm spot holds ±0.1mm on parts under 100mm. A built-in camera streams progress to your phone, the resin vat is swappable and upgradable, and it runs the full 355–380nm resin range — the routine-capacity machine for dental models and precision prototypes.
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NZ-SLA-400
Same laser and galvo system as the NZ-SLA-300 with the envelope opened up to 400×400×350mm on a heavier frame — fit more dental models per run, or print a mid-size engineering part in one piece. Accuracy is identical to the 300.
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NZ-SLA-600
Where production-grade large-format SLA starts: 6000–10000mm/s scanning keeps lead time down at size, and full-process visualisation shows the state and key parameters of every layer on a big part. The common size for full-scale architectural models, automotive components and medical devices.
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NZ-SLA-800
Same series as the NZ-SLA-600 with both envelope and vat stepped up: 800×800×500mm builds and a 392L resin volume. Print in one piece what used to be split and bonded, and cut the assembly and sanding that followed.
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NZ-SLA-1000
A metre-class envelope with an optional twin-laser system: two lasers working in step cut roughly 40% off the cycle on large parts without giving up accuracy. Several large models finish inside one build cycle — the capacity machine for giant architectural models and full-size automotive bucks.
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NZ-SLA-1200
The long-format variant of the NZ-SLA-1000 platform: 1200×600×500mm suits parts that run long in one axis — doors, bumpers, extruded structures. A 448L vat, and a narrower footprint that costs less floor space.
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NZ-SLA-1600
A high-stability twin-laser head on a multi-axis precision system in a heavy industrial frame: metre-class strategic parts in a single build. Closed-loop thermal control sustains 7×24 continuous production, and printing large structures and tooling as one piece takes the assembly step out of the delivery schedule.
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NZ-SLA-1700
The largest envelope in the range: 1700×850×650mm over a 1000L vat, on the same twin-laser multi-axis platform as the NZ-SLA-1600. For work with a hard one-piece size requirement — full vehicle components, large aerospace tooling.
View Details →SLS Nylon Sintering
Laser-sintered powder · support-free batch parts · desktop to 350mm · PA / TPU / CF-nylon
NZ-SLS-1518
Industrial sintering in a desktop footprint: a 600×622×884mm body with a 3L powder chamber runs a full bed in eight hours at ±0.1mm. Support-free building means nothing to snap off and no witness marks, and it ships with a matching powder-handling unit — affordable for design validation, R&D and teaching.
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NZ-SLS-2030
The value tier for industrial volume: a 200×200×300mm envelope over a ~16L chamber that starts printing on eight kilos of powder and clears a full bed in under 12 hours — a low start threshold is what makes short runs pay. Fibre or CO₂ laser to choose from, nitrogen inerting, chamber up to 230 °C.
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NZ-SLS-3540 Pro
The top of the range for scale production: a 350×350×430mm build space over a ~60L chamber prints oversize mechanical components and full-size functional parts in one piece, past the limits of segmented bonding. Starts on 30kg of powder, clears a full bed in under 20 hours, and per-part cost falls as the bed fills.
View Details →LCD Resin (MSLA)
16K LCD · 405/385nm light · smart vat heating · APP / Wi-Fi
NZ-LCD-300L
Large-format industrial LCD — 298×165×390mm, 7K (6480×3600), COB 405nm; footwear molds, jewelry, batch small parts, prototypes.
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NZ-LCD-230L
Mid-format industrial LCD — COB 405nm, 5" touchscreen; footwear molds, jewelry, batch small parts, prototypes.
View Details →MUF Additive+Subtractive
5-axis · laser cladding build + CNC milling, free-switching · internal cavity & channel parts
NZ-MUF-1060
5-axis additive+subtractive machining center — gantry + cradle rotary table, vertical laser-cladding head with switching/protection module; free build/mill switching for complex internal-cavity & channel parts.
View Details →DLP Digital Light
4K 405nm area curing · 50–100µm XY · dental / jewelry precision batches
NZ-DLP-DM200
Compact precision DLP: 50µm XY resolution under a 4K 405nm source, 5–6s per layer. Small enough for an office, studio or school lab, and it nests several small precision parts per run — the entry point for jewellery casting, dental work and surgical guides.
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NZ-DLP-DM300
Automated batch DLP at 75µm: optional auto load/unload for 7×24 unattended running, with automatic resin top-up so a job never stalls mid-run. The 288×162×300mm envelope fills with dental models or jewellery casting patterns — the workhorse for volume custom production.
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NZ-DLP-DM400
Large-format automated DLP — 384×216×330mm fits more parts per run, with 100µm resolution balancing density against throughput. Same optional auto load/unload and intelligent resin level monitoring; suited to consumer-electronics parts, medical device prototypes and film props at volume.
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