CreatBot D1000 Pro HS One Cubic Meter. Industrial Pace.
One Cubic Meter. Industrial Pace.
The CreatBot D1000 Pro HS is a large-format industrial FFF / FDM 3D printer with a full 1050×1050×1050 mm cubic build volume, a 300 mm/s Klipper motion stack, and an 80°C active heated chamber — engineered to print one-piece full-scale parts in engineering composites at production pace. Full specifications →
Rev1 validates application fit, material requirements, and facility readiness before purchase. Only authorized CreatBot service provider in the USA.
The Only Approved CreatBot Service Provider in the USA.
Rev1 Technologies is the sole CreatBot Authorized Service Provider in the United States and a certified CreatBot Premium Distributor. Phone and video support, application consultation, parts, and engineering guidance are delivered from Auburn Hills, Michigan.
One Cubic Meter of Usable Build Volume
The D1000 Pro HS is CreatBot's flagship cubic-meter printer — a symmetric 1050 mm box that lets you print full-scale tooling, fixtures, patterns, and end-use parts in a single piece, in-house, with no bonding or assembly.
1050 × 1050 × 1050 mm. One Solid Cubic Meter.
A true symmetric cube — over 1.15 m³ of single-extruder build space, and 995 × 1050 × 1050 mm in independent dual-material mode. Oversized parts that used to be split, printed in sections, and glued now come off the plate as one continuous structure.
Full-Size Parts. No Assembly. In-House.
Automotive body bucks, aerospace tooling, foundry patterns, large jigs and fixtures, and architectural models all fit inside a single build. Bringing one-cubic-meter capability onto your own floor removes the lead time, freight, and tolerance stack-up of outsourced large-format printing.
A Production Asset, Not a Prototype Toy.
Steel monocoque frame, servo-driven linear motion, active thermal control, and a sealed filtered chamber — the D1000 Pro HS is engineered to run engineering-grade materials shift after shift in a real manufacturing environment.
Smart Auto-Rising Dual Extruders — 420°C
A next-generation lightweight dual-extruder system that reaches 420°C, lifts its idle nozzle out of the way automatically, and pushes up to 90 mm³/s of engineering filament at high speed.
Twin Independent Direct Extruders
Two all-metal direct-drive hot ends, each reaching 420°C in about two minutes, handle high-temperature engineering polymers and abrasive carbon-fiber composites. Run a tough structural material on one nozzle and dissolvable support on the other for complex internal geometry.
Up to 40% Faster — Lightweight Carriage
A re-engineered lightweight carriage lowers the moving mass over the gantry, so the Klipper motion system holds accuracy at up to 300 mm/s. Less inertia means less ringing on big parts and meaningfully shorter cycle times across a multi-day job.
Automatic Dual-Nozzle Shutter
A precision mechanical shutter seals the idle nozzle the instant it parks, while the auto-rising mount lifts it clear of the print. Together they stop oozing, drips, and color or material cross-contamination — so dual-material parts stay clean across long, unattended runs.
Engineered for Composites
Hardened, wear-resistant nozzles run PA-CF, PET-CF, PPS-CF, and UltraPA-CF without erosion. Combined with the 80°C chamber, the D1000 Pro HS turns out structural composite parts with the strength and heat resistance traditional FDM can't reach.
Full-Auto Calibration. Zero Guesswork.
AI dual-nozzle offset, eddy-current bed mapping, and an independent four-motor Z drive align the entire one-meter platform automatically — so a 36-hour part starts on a perfectly trued bed without an operator chasing it.
HD Macro-Camera Dual-Nozzle Offset
An onboard high-definition macro camera with AI vision measures the exact XY relationship between the two nozzles and corrects it to 0.02 mm. Dual-material and soluble-support parts register perfectly — no test towers, no manual offset tuning.
Eddy-Current Bed Leveling — 0.001 mm
High-frequency electromagnetic sensing probes the platform without ever touching it, mapping the full one-meter bed to 0.001 mm precision in about 60 seconds. The result is a dependable, repeatable first layer across the entire plate — the foundation every large part needs.
Independent Quad-Z Axis
Four independent lead-screw motors drive the corners of the platform, allowing individual height compensation at each point for absolute flatness over a full meter of travel. A bed this large can't rely on two screws — quad-Z keeps it dead level deep into the build.
Dual Photoelectric Z-Homing — 0.0025 mm
Dual photoelectric sensors reference the Z datum optically — without ever contacting the nozzle or bed — for a repeatable zero on every job. That non-contact homing holds the 0.0025 mm Z accuracy across a 36-hour part, with no wear surface to drift over thousands of cycles.
80°C Active Heated Chamber
An actively heated, dual-layer-insulated chamber holds the whole one-meter build at temperature — the single most important feature for printing warp-free engineering parts at this scale.
Hold Temperature Across a Full Meter
Large parts in ABS, ASA, PC, and carbon-fiber composites fail when they cool unevenly — they warp, delaminate, and split. An 80°C active chamber keeps the entire build in its ideal thermal window from the first layer to the last, so big structural parts stay dimensionally true.
Dual-Layer Insulation Cotton
Double-layer insulation wraps the enclosure to retain heat efficiently and shield the surrounding shop from it. Stable internal temperature lowers thermal stress, suppresses warping and delamination, and keeps energy draw in check on multi-day production runs.
See the D1000 Pro HS Run a Full-Scale Job
Watch the cubic-meter platform, dual extruders, and heated chamber work together on a real production part — from a trued first layer to a finished one-piece build, at industrial pace. Hosted on CreatBot’s official channel.
Cooling, Drying & Filtration Built In
Constant part cooling, an integrated filament dry room, and a dual-stage air filter let the D1000 Pro HS hold quality on hygroscopic engineering materials while keeping the shop air clean.
True External Air Cooling
A medical-grade external air pump delivers constant, quiet, high-pressure part cooling through the head. Steady airflow sharpens overhangs and bridges and stays consistent across 24/7 operation — without the noise of a bank of onboard fans.
Integrated 0–70°C Filament Dry Room
A built-in, temperature-controlled dry compartment keeps large spools of PA, PC, and carbon-fiber composites dry right up to the moment they feed. Drawing moisture out of hygroscopic filament prevents the bubbling, weak layers, and surface defects that ruin long prints.
Dual-Stage HEPA + Carbon Filtration
A two-stage filter captures fine particulate through HEPA media and adsorbs VOCs and odors through activated carbon, at up to 99.995% adsorption efficiency. The sealed, filtered chamber makes high-temperature engineering polymers practical to run in an occupied workspace.
Built to Move a Meter — Precisely, Safely
Heavy-duty linear motion, an enterprise safety door, and automatic recovery features keep a one-meter machine accurate and protected through unattended, multi-day production.
Heavy-Duty Linear Rails & Servo Motors
Industrial linear rails and servo drives move the gantry across more than a meter without deflection or lost precision, even at 90 mm³/s flow. A reinforced X rail and precision-engineered steel construction minimize vibration through high-speed, long-duration sessions.
Enterprise Safety Door Lock
An interlocked door lock automatically halts the print the instant the chamber is opened during operation, protecting both operators and the 80°C build. It's a compliance-friendly safeguard for shared production floors and enterprise environments.
Power-Loss Recovery & Filament Detection
If power drops mid-build, the D1000 Pro HS memorizes its position and resumes exactly where it stopped — protecting days of print time. Runout detection pauses automatically when filament ends, and a backup mode can activate the second nozzle to keep going.
Monitor and Run It From Anywhere
Wi-Fi, LAN, USB, and app control with an onboard HD camera, plus a mature slicing workflow, let you manage long production jobs without standing at the machine.
Onboard HD Camera + App Control
A 10-inch touchscreen drives the machine locally, while Wi-Fi, LAN, and the mobile app let you start jobs, adjust speed and temperature, pause, and watch the live HD camera feed from anywhere. The machine runs offline too, so air-gapped facilities keep full control.
A Proven Slicing Workflow
Prepare parts in CreatWare with a tuned D1000 Pro HS machine profile, or use your existing pipeline — the printer also works with Cura and Simplify3D and reads STL, OBJ, AMF, and STP/STEP files. Your team keeps the slicer it already knows.
Engineering-Grade Output at Full Scale
The D1000 Pro HS prints the full range of production polymers — from everyday PLA and ABS to high-strength carbon-fiber composites with the strength and heat resistance demanding parts require.
D1000 Pro HS vs. Large-Format Industrial FDM
Compared honestly against other cubic-meter and high-temperature industrial FDM systems at or above its price. Street prices are approximate and configuration-dependent.
| Specification | CreatBot D1000 Pro HS | BigRep ONE | Modix BIG-Meter | Intamsys FUNMAT PRO 610 HT |
|---|---|---|---|---|
| Build Volume | 1050 × 1050 × 1050 mm | 1005 × 1005 × 1005 mm | 1000 × 1000 × 1000 mm | 610 × 610 × 600 mm |
| Active Heated Chamber | Yes — 80 °C | No active heat | Optional enclosure | Yes — up to 300 °C |
| Max Nozzle Temp | 420 °C | ~280 °C | ~290 °C | 500 °C |
| Max Print Speed | 300 mm/s (Klipper) | Standard | Standard | Standard |
| Auto Calibration | Camera + eddy-current + quad-Z | Semi-auto (bed) | Semi-auto (mesh) | Auto bed leveling |
| Dual Extruder | Dual auto-rising, 420 °C | Optional dual | Optional dual | Dual (IDEX option) |
| Street Price (approx.) | ~$38,999 | ~$40,000 | ~$40,000+ | ~$50,000 |
The D1000 Pro HS leads its price class on usable volume, motion speed, and full automatic calibration while including an active heated chamber that the open-frame cubic-meter machines lack. High-temperature peers like the FUNMAT PRO 610 HT reach hotter chambers and nozzles for materials such as PEEK — in a much smaller envelope and at a higher price. Need a smaller footprint? See the CreatBot D600 Pro 3 HS, the 600 mm sibling that shares the same HS platform.
CreatBot D1000 Pro HS Technical Data
RESOURCES
Downloads & Technical Support
Everything you need to qualify and run your CreatBot D1000 Pro HS with confidence.
WHY REV1 TECH
Authorized CreatBot Reseller. Industrial AM Specialists.
Rev1 Technologies is the sole Authorized CreatBot Service Provider in the United States, headquartered in Auburn Hills, MI, with direct technical expertise in industrial 3D printing.
Rev1 Technologies is an authorized CreatBot reseller serving manufacturers across the USA. We don’t just ship boxes — we deploy, calibrate, train, and support your team so your D1000 Pro HS produces at full capability from day one.
FAQ
CreatBot D1000 Pro HS — Common Questions
The questions manufacturers ask most before bringing a cubic-meter printer onto their floor.
How big a part can the D1000 Pro HS actually print?
A single part up to 1050 × 1050 × 1050 mm — a full cubic meter — with one extruder, or 995 × 1050 × 1050 mm in independent dual-material mode. That's over 1.15 m³ of usable space for one-piece tooling, fixtures, patterns, and end-use parts with no bonding.
Why does the active heated chamber matter?
Large parts in ABS, ASA, PC, and carbon-fiber composites warp and delaminate when they cool unevenly. The 80°C active chamber holds the whole one-meter build at temperature so big structural parts stay dimensionally accurate — something the open-frame cubic-meter machines can't do.
What materials can it run?
PLA, ABS, ASA, and PETG for everyday work, plus engineering and composite grades: PA, PA-CF, PET-CF, PPS-CF, UltraPA-CF, PC, and PC-CF, with TPU and PVA support. Hardened nozzles and the 420°C hot ends handle abrasive carbon-fiber filaments without erosion.
How accurate is it across a full meter?
Eddy-current bed mapping trues the platform to 0.001 mm, an HD macro camera sets dual-nozzle offset to 0.02 mm, and an independent quad-Z drive compensates each corner for flatness. Positioning precision is 0.011 mm in XY and 0.0025 mm in Z.
What are the facility and power requirements?
The machine measures 1870 × 1430 × 1940 mm and weighs about 675 kg, so it needs a stable floor and clearance to open the chamber. It runs on 220–240 V, 50/60 Hz. Rev1 reviews electrical, ventilation, and access requirements with you before delivery.
How is it different from the CreatBot D600 Pro 3 HS?
The D600 Pro 3 HS shares the same HS platform — heated chamber, dual extruders, Klipper speed — in a 600 mm build volume. Step up to the D1000 Pro HS when you need full cubic-meter parts; the D600 Pro2 HS is another mid-size option.
Can I monitor and run it remotely?
Yes. A 10-inch touchscreen controls it locally, and Wi-Fi, LAN, and the mobile app let you start jobs, adjust settings, and watch the onboard HD camera from anywhere. It also runs fully offline for air-gapped facilities.
What software does it use?
CreatWare ships with a tuned D1000 Pro HS profile, and the printer also works with Cura and Simplify3D. It reads STL, OBJ, AMF, and STP/STEP files, so your team can keep its existing slicing workflow.
Does Rev1 install and support it?
As the only authorized CreatBot service provider in the USA, Rev1 handles delivery, installation, Klipper configuration, operator training, and ongoing service from Auburn Hills, Michigan. For smaller-format needs, explore the CreatBot F430, F430-NX, PEEK-250, and PEEK-300, or browse the full CreatBot range.
How do I buy it and what's the lead time?
The D1000 Pro HS is sold through Rev1 by quote so we can confirm configuration, freight, and installation for your site. Request a quote and our team replies within one business day with pricing and current lead time. Call (248) 707-2950 to speak with an engineer.