Large-Format Industrial FFF / FDM

CreatBot D1000 Pro HS

Large-Format Industrial FFF / FDM Printer

A 1050×1050×1050mm symmetric cube envelope on a 300mm/s Klipper motion stack — built for one-shift industrial throughput on engineering composites. Dual 420°C auto-rising nozzles, an 80°C active heated chamber with intelligent thermal compensation, eddy-current 0.001mm bed leveling in 60 seconds, AI macro-camera dual-nozzle offset, and an integrated 0-70°C filament drying compartment. Full specifications →

1050³mm
Build Volume
300mm/s
Klipper Speed
80°C
Active Chamber
420°C
Nozzle Max
Materials
PLA ABS / ASA PETG PA / PA-CF PET-CF PPS-CF UltraPA-CF PC / PC-CF TPU
Chamber
80°C Active Heat Dual-Layer Insulation Z Magic Box Compensation HEPA + Carbon Filter
Platform
Eddy Current 0.001mm 60-Second Bed Cal AI Macro-Camera Offset Heavy-Duty Linear Rails 0-70°C Filament Dryer
Financing
$38,999 $684 /mo est · 72 mo · 8% APR · OAC

Rev1 validates application fit, material requirements, and facility readiness before purchase. Only authorized CreatBot service provider in the USA.

CreatBot D1000 Pro HS large-format industrial FFF / FDM 3D printer — front view
01
One Cubic Meter Platform

A 1050³mm cubic build volume. 300mm/s Klipper. Full engineering material range.

The CreatBot D1000 Pro HS is a large-format industrial FDM 3D printer with a 1050×1050×1050mm symmetric build envelope, engineered for one-shift production of jigs, fixtures, large tooling, mold patterns, and engineering-grade structural parts. The D1000 Pro HS is CreatBot's flagship cubic-meter platform — a fully upgraded high-speed evolution engineered for large-format industrial production on a deeply optimized Klipper firmware stack. A newly engineered 90mm³/s volumetric-flow hotend, heavy-duty linear rails, servo motors, and a refined intelligent chamber-thermal compensation algorithm deliver stable 300mm/s print speed — 5× faster than the original D1000 — without giving up the symmetric 1050³mm envelope that makes box-form industrial parts complete in a single envelope.

300mm/s
Stable Klipper Speed
5× faster than the original D1000. Deeply tuned Klipper firmware on heavy-duty linear rails and servo motors — not a marketing peak.
90mm³/s
Hotend Flow Rate
New high-flow hotend with 420°C max nozzle temperature. Thermostat accuracy held tight enough for continuous production on engineering composites.
1050³mm
Build Volume
Symmetric cube envelope. Single extrusion: 1050×1050×1050mm (~1157 L). Dual extrusion: 1000×1050×1050mm (~1103 L).
0.001mm
Eddy-Current Bed Level
Non-contact eddy-current sensor with high-frequency electromagnetic probing. Full-bed calibration in 60 seconds, 80% faster than contact methods.
80°C
Active Heated Chamber
Double-layer insulation cotton, Intelligent Chamber Heating Algorithm, and Z Magic Box thermal compensation. Process window, not just an enclosure.
0.02mm
AI Dual-Nozzle Offset
HD macro camera with AI visual recognition measures and corrects the relative offset between the two nozzles to 0.02mm — fully automatic, no calibration target.
02
Full-Auto Calibration

AI dual-nozzle offset, eddy-current bed level, dual photoelectric Z — zero operator intervention.

XY nozzle offset via HD macro camera + AI vision

An HD macro camera coupled with fully automatic AI visual recognition measures and corrects the relative offset between the two nozzles to 0.02mm accuracy. Fully automatic — no calibration target, no operator dial-in. The system removes the dual-extrusion misalignment that historically wrecks long jobs on large machines.

0.02mm
XY Accuracy
HD Camera + AI
Method
Eddy-current bed level — 0.001mm probing, 60-second scan

A non-contact eddy-current sensor uses high-frequency electromagnetic sensing for 0.001mm probing accuracy — a 99% improvement over traditional contact-probe methods. The system scans the entire 1050×1050mm bed continuously without mechanical fatigue and completes a full bed calibration in 60 seconds, an 80% reduction in leveling time.

0.001mm
Probing Accuracy
60 sec
Full-Bed Scan
Application Review
Not sure the D1000 Pro HS fits your part size or material?

Send Rev1 your target part, material family, and production goal. We will help validate whether the 1050³ envelope, 420°C nozzle, and 80°C chamber are the right fit before you quote.

03
Chamber Engineering

Active thermal control designed for engineering composites.

The D1000 Pro HS runs a 80°C active heated chamber with double-layer insulation, two independent thermal-compensation systems, and a dual-stage HEPA + carbon filtration system. Every long composite job runs inside a stable, controlled process window — not just a warm box.

Active Chamber Engineering
Intelligent Chamber Heating Algorithm
Intelligent Chamber Heating Algorithm predicts and counteracts thermal deformation of the steel frame and axes in real time — compensating before errors appear in the print surface. Tall PA-CF and PPS-CF parts stay dimensionally clean from layer one to the top.
Z Magic Box
Z Magic Box continuously monitors thermal expansion of the build platform and frame as chamber temperature stabilizes. Z-surface finish is preserved across the full 1050mm build height — no manual re-leveling mid-job.
HEPA + Carbon Dual-Stage Filtration
Dual-stage air purification combines a HEPA particulate filter with an activated-carbon VOC filter. Engineering composites like PA-CF, PPS-CF, and UltraPA-CF can run continuously in office-adjacent environments.
The result is a controlled process window for large-format engineering composites — not just a heated enclosure.
CreatBot D1000 Pro HS 80°C active heated chamber with double-layer insulation and Z Magic Box thermal compensation
Decision-driver visuals for the D1000 Pro HS. Static proof images stay visible for review, search indexing, and non-autoplay browser states.
D1000 Pro HS 80°C heated chamber cross-section with double-layer insulation cotton
Chamber constructionDouble-layer insulation cotton holds the 80°C process window across the full 1050³ envelope.
D1000 Pro HS auto-resume from power loss — long industrial jobs survive interruptions
Resume from power lossLong industrial jobs survive interruptions — the controller resumes the print precisely where it left off.
04
Smart Dual Auto-Rising Extruders

420°C class. Auto-rising. AI-aligned. Engineered for long dual-material jobs.

The D1000 Pro HS ships with a next-generation smart auto-raising dual-extruder kit capable of reaching 420°C hotend temperatures and a 90mm³/s volumetric flow rate. The idle extruder lifts away from the part automatically — eliminating ooze and cross-contamination on long dual-material jobs. Combined with AI macro-camera offset calibration, dual-material output stays clean over 20+ hour runs.

420°C
Max Nozzle Temp
90mm³/s
Volumetric Flow
0.02mm
AI XY Offset
CreatBot D1000 Pro HS next-generation smart auto-raising dual extruder — 420°C, 90mm³/s flow
Smart auto-rising dual extruderLightweight design enables 300mm/s motion agility. Idle nozzle lifts clear automatically — no ooze, no cross-contamination on long composite jobs.
05
Proven Platform Lineage

The D1000 Pro HS is CreatBot's flagship cubic-meter platform — built for manufacturers who need to print at full one-cubic-meter scale.

Engineered around years of field-validated production data
The D1000 platform has been CreatBot's flagship for large-scale industrial FDM, with units logging continuous production at automotive, aerospace, and heavy-industry manufacturers worldwide. The Pro HS generation adds the Klipper high-speed firmware stack, 90mm³/s flow hotends, and 5× the print speed of the original D1000 — on the same proven 1050³ steel-frame geometry that already runs in production at Faurecia, Audi, VW, Nissan, and GM seat mold programs.
1050³mm
Build Volume
Engineering composites. Continuous production.
CreatBot's engineering material range — UltraPA-CF, PA-CF, PET-CF, PPS-CF, PC-CF — delivers near-machined mechanical performance directly from the printer. The 420°C nozzle and 80°C active chamber are the qualifying specs for printing these materials at production volume. Parts are ready as jigs, fixtures, large tooling, and structural mold components without secondary machining.
80°C
Active Chamber for Composites

The D1000 Pro HS carries the heavy industrial frame architecture, dual-stage HEPA + activated-carbon air purification, and resume-from-power-loss controller that have made the D1000 platform a standard for end-use industrial production, low-volume aerospace and defense parts, automotive jigs and fixtures, architecture and engineering models, and composite tooling. The upgrade is in the speed and the calibration intelligence — not in a learning curve on an unproven envelope.

06
Platform & Motion

Heavy-duty linear rails, servo motors, dry filament handling, and a max-security door — sized for industrial production.

The mechanical platform has to match the production duty cycle.

A 1050×1050×1050mm envelope at 300mm/s makes bed flatness, frame vibration, filament moisture, and access control all into production risks. The D1000 Pro HS combines heavy-duty linear rails, servo-driven motion, eddy-current bed leveling, an integrated 0-70°C filament drying compartment, and a max-security door lock so industrial jobs stay stable through long print windows.

Servo
Motion Control
0.001mm
Bed Scan
0-70°C
Dry Room
CreatBot D1000 Pro HS heavy-duty linear rails and servo motor motion platform
Heavy-duty linear rails + servo motorsClosed-loop servo control on industrial-grade rails keeps motion accuracy intact at 300mm/s travel speeds across the full 1050mm envelope.
D1000 Pro HS integrated 0-70°C filament drying compartment for hygroscopic engineering materials
Integrated filament dry room0-70°C controllable dry storage prevents moisture absorption in nylon, PC, PA-CF, PET-CF, and other hygroscopic materials during long industrial runs.
0-70°C / DRY STORAGE
D1000 Pro HS max-security door lock system for enclosed industrial 3D printing
Max-security door lockAccess monitoring and interlock-aware print control support safer operation around a large enclosed machine in a shared production floor.
AUTO LOCK / ACCESS CONTROL
D1000 Pro HS HEPA and activated-carbon dual-stage filtration system
HEPA + activated-carbon filtrationDual-filter design captures fine particles and absorbs VOCs and odors. Enclosed industrial printing on engineering composites in R&D labs and office-adjacent production environments.
2-STAGE / DUAL FILTER
Heavy-Duty Linear Rails + Servo Motors
Closed-loop servo motion and reinforced rails keep step loss and inertia error in check at 300mm/s across the full envelope.
300mm/s
Magnetic Flex Plate + 120°C Heated Bed
A heat-resistant magnetic surface plus a 120°C heated bed handle release of large engineering parts without turning removal into a fight.
120°C / HEATED BED
Resume from Power Loss + Filament Backup
Auto-resume and filament-backup loading reduce risk on overnight or multi-day prints where a single outage or spool change otherwise wastes the job.
AUTO-RESUME / ZERO LOSS
07
Platform Proof

1050×1050×1050mm IDEX — one cubic meter at industrial production pace.

The D1000 Pro HS brings one-cubic-meter engineering-composite production into a single platform. 1050×1050×1050mm. 300mm/s Klipper. 80°C active chamber. 420°C dual extruder.

CreatBot D1000 Pro HS 1050×1050×1050mm cubic build envelope — wireframe cube diagram showing the full one-cubic-meter print volume
1 cubic meter build volume1050×1050×1050mm envelope on a 750kg steel frame — automotive seat molds, large tooling fixtures, and structural composites in-house.
CreatBot D1000 Pro HS four-axis symmetric frame cutaway — heavy-duty linear rails and 750kg steel chassis supporting the full 1050mm build envelope
750kg steel-frame chassisFour-axis symmetric structure on heavy-duty linear rails — the rigid foundation that keeps a 1050×1050×1050mm envelope flat and stable at 300mm/s across full-shift production runs.
08
Connectivity & Control

WiFi, LAN, USB, and full camera remote control.

Monitor and control print progress from anywhere. The D1000 Pro HS supports Wi-Fi, LAN, USB / U-disk, and internet connectivity, plus mobile app control — and it can run fully offline in local-area-network mode for secure facilities. Camera control lets you adjust speed, pause, and temperature via mobile app, critical for 20+ hour engineering-composite jobs where being physically present is impractical.

Wi-Fi + Internet
Send files and monitor prints remotely. Control speed, temperature, and pause via mobile app.
LAN (Fully Offline)
Full printer control, file send, and firmware update with no internet exposure — works on isolated production networks.
USB / U-Disk
Standalone printing from USB storage. No network required. Supports G-code, STL, OBJ, AMF, STP, STEP.
Onboard Touchscreen + Camera
Full-color independent OS, multi-language. Onboard camera surfaces print state and AI dual-nozzle alignment to the operator and to the mobile app.
09
Applications

Full-size parts. No assembly. In-house.

The D1000 Pro HS targets full-scale automotive air intakes, large industrial jigs and fixtures, architecture and engineering models, composite tooling, low-volume aerospace and defense components, and end-use parts up to a 1050mm cube. Most box-form industrial parts complete in the printer's native envelope — no splitting, no glue lines, no outsourcing to contract manufacturers with months of machine time queued ahead of you.

Functional Prototypes
🔧
Jigs & Fixtures
🏭
Composite Tooling
Aerospace & Defense Parts
🏛
Architecture & Engineering Models
🚗
Automotive Intakes & Ducts
10
Material Compatibility

Engineering grade and standard. Large spools. No frequent change.

The 420°C nozzle, 80°C active chamber, and integrated 0-70°C drying compartment qualify the D1000 Pro HS for the full engineering range out of the box. Hygroscopic materials — nylon, PC, PA-CF, PET-CF — stay dry through long industrial runs. Rev1 confirms material fit and processing parameters during application review before purchase.

UltraPA-CF PPS-CF PET-CF PA-CF PC-CF PA (Nylon) PC ABS ABS-CF ASA PETG PET-GF PLA TPU PVA (support)
11
Competitive Comparison

D1000 Pro HS vs. industry-standard punch-up & intra-brand peers.

We benchmark the D1000 Pro HS against the flagship industrial reference Stratasys F900 and the recognized one-cubic-meter peer BigRep ONE, plus the intra-brand step-down (D600 Pro 3 HS for buyers who don't need 1m³) and a mid-tier industrial alternative. Goal: confirm where the D1000 Pro HS wins decisively and where a different machine genuinely fits better.BigRep ONE, plus the natural intra-brand cross-shop targets (D1000 Pro HS for buyers who need full cubic-meter envelope, D600 Pro 2 HS for buyers comparing platform generations). The goal is buyer clarity: where the D1000 Pro HS leads on price, speed, chamber, and material breadth — and where a different machine genuinely fits better.

Machine
Build Volume
Speed / Flow
Thermal Envelope
Where It Fits
Stratasys F900industrial benchmark · ~8× the price
914 × 610 × 914 mm
~120 mm/s typical
Heated chamber · closed Stratasys material ecosystem
The F900 is the incumbent industrial benchmark with a certified ASA / ABS-M30 / PEKK-A supply chain and closed-loop traceability for aerospace. The D1000 Pro HS delivers a true 1m³ cubic build volume (vs. 914×610mm), 300mm/s speed, and an open material range including PA-CF / PPS-CF at roughly 12% of the F900 price. Choose the F900 when the closed Stratasys cert chain is a non-negotiable program requirement.
BigRep ONErecognized cubic-meter peer · ~2.3× the price
1005 × 1005 × 1005 mm
100–150 mm/s typical
~270°C extruder · passive enclosure
An open large-format reference for PLA / PETG / TPU. Same one-cubic-meter buyer mindset, but the D1000 Pro HS lands at ~40% of the BigRep ONE price with 2–3× the print speed, a true 80°C active chamber rather than a passive enclosure, a 420°C nozzle, and a refined Klipper motion stack — pick BigRep ONE only when parts genuinely require a 1005mm Z height.
CreatBot D600 Pro 3 HSintra-brand step-down · 620mm cube
620 × 620 × 620 mm (single) · 565 × 620 × 620 (dual)
300 mm/s Klipper · 90 mm³/s flow
420°C nozzle · 140°C bed · 80°C chamber
When your largest part fits a 620mm cube, the D600 Pro 3 HS delivers the same Klipper speed class, same 90mm³/s flow, and same 80°C chamber at $17,999 — less than half the D1000 Pro HS price. Choose the D1000 Pro HS only when a 620mm envelope is a hard constraint on your production parts.
Raise3D RMF500mid-tier industrial FDM · 500mm cube
500 × 500 × 500 mm
~200 mm/s typical
60°C enclosure · 300°C nozzle
For buyers whose largest parts fit a 500mm cube and price is the primary constraint. The RMF500 enters at roughly 40% of the D1000 Pro HS price with a 60°C passive enclosure (vs. 80°C active chamber), 300°C nozzle max (no PPS-CF or high-temp composites), and no eddy-current bed leveling. Solid mid-tier option when cubic-meter scale is not required.
Rev1 takeaway: the D1000 Pro HS is the right machine when a one-cubic-meter build envelope, 80°C active chamber, and engineering-composite materials (PA-CF, PPS-CF, PC-CF) are all required in the same platform. Punch up to Stratasys F900 only when the closed Stratasys certification chain is a hard program requirement; benchmark against BigRep ONE when 1005mm Z height is genuinely needed but active chamber is not; step down to D600 Pro 3 HS when a 620mm cube covers your largest part and budget matters. Application review with Rev1 is the fastest way to confirm fit before quote.
Application Review
Comparing the D1000 Pro HS to a Stratasys, BigRep, or another CreatBot?

Send Rev1 your target part and material and we'll tell you which platform actually fits the application — including when a different machine is the better answer.

12
Technical Specifications

CreatBot D1000 Pro HS — full specifications.

Printing
Technology
FDM / FFF
Build Volume (Single)
1050 × 1050 × 1050 mm (~1157 L)
Build Volume (Dual)
1000 × 1050 × 1050 mm (~1103 L)
Layer Resolution
0.05 mm (min)
Filament Diameter
1.75 mm
Nozzle Diameter
0.8 mm standard (0.3–1.0 mm range)
Number of Nozzles
2 (smart auto-rising dual)
Print File Type
G-code
Speed
Max Print Speed
300 mm/s (Klipper)
Volumetric Flow
90 mm³/s
Speed vs. D1000
Up to 5×
Temperature
Max Nozzle Temp
420°C
Max Bed Temp
120°C
Chamber Temp
80°C active heated
Filament Dry Room
0-70°C controllable
Electrical & Interface
Power Input
100–240V AC, 50/60 Hz
Rated Power
Consult product manual — verify with Rev1 before site prep
Display
Onboard touchscreen (multi-language) + onboard camera
Connectivity
Wi-Fi · LAN (offline-capable) · USB / U-disk · Internet · Mobile App
Mechanical
Build Plate
Aviation aluminum · Magnetic flex surface
Bed Leveling
Non-contact eddy current · 0.001 mm probing · 60-second full scan
Motion System
Heavy-duty linear rails · Servo motors
Z Drive
Z Magic Box thermal compensation (frame + platform)
Calibration & Intelligence
Firmware
Klipper (deeply optimized)
Dual-Nozzle XY Offset
HD macro camera + AI vision · 0.02 mm accuracy
Bed Calibration Time
60 seconds (80% reduction)
Chamber Algorithm
Intelligent Chamber Heating (predicts & counteracts thermal deformation)
Safety & Reliability
Air Filter
HEPA + Activated Carbon (dual-stage)
Door Safety
Max-security door lock with interlock
Power Recovery
Auto-resume from power loss
Filament Handling
Filament backup / runout sensor
Chamber Insulation
Double-layer insulation cotton
Size & Weight
Machine Weight
~250 kg (heavy industrial frame)
Software
Slicers
CreatWare · Orca Slicer · Cura · Simplify3D · Prusa
File Types
STL · OBJ · G-code · AMF · STP · STEP
OS
Windows (all) · macOS
14
Authorized Partner

CreatBot hardware with Rev1 application support.

Sold & Supported By
Rev1 Technologies logo
Manufacturer
CreatBot logo
CreatBot

A 1050³ industrial platform is an application decision, not just a printer purchase. Rev1 helps validate the target material, part size, facility readiness, chamber requirement, dual-extrusion offset workflow, and quote configuration before the D1000 Pro HS is deployed on a production floor.

01
Application Review

Confirm whether the D1000 Pro HS is the right platform for the specific part geometry, dual-extrusion strategy, material family, and expected production workflow — or whether a different CreatBot model is the better fit.

02
Material & Process Window

Plan chamber temperature, bed setup, nozzle selection, filament drying, support strategy, and process-window expectations before purchase — especially for ABS, ASA, PA-CF, PET-CF, PPS-CF, UltraPA-CF, and PC-CF.

03
US-Based Support

Work with Rev1 for quoting, freight planning, install support, AI dual-nozzle offset tuning, parts coordination, and practical troubleshooting from Auburn Hills, Michigan — the only authorized CreatBot service provider in the USA.

Why it matters: Buying through Rev1 means the machine is paired with application fit review, service authority, and local support planning — not treated like a direct-import crate with no workflow ownership.
15
Buyer FAQ

CreatBot D1000 Pro HS questions buyers ask before quoting.

What is the build volume of the CreatBot D1000 Pro HS?
The CreatBot D1000 Pro HS has a 1050 × 1050 × 1050 mm build volume in single-extrusion mode (about 1,157 liters — one cubic meter) and 1000 × 1050 × 1050 mm in dual-extrusion mode (about 1,103 liters). The symmetric cube envelope is suited to automotive seat molds, large tooling fixtures, full-scale structural composites, and any part that can’t be split across a smaller machine.
How fast does the D1000 Pro HS print, and how is it 5x faster than the standard D600 Pro?
The D1000 Pro HS achieves a stable print speed of 300 mm/s on a deeply optimized Klipper firmware with a newly engineered 90 mm3/s volumetric-flow hotend, heavy-duty linear rails, and servo motors. That throughput is roughly 5x the original D1000 and is the practical reason long industrial parts complete in a single shift instead of overnight.
What materials does the CreatBot D1000 Pro HS support?
Out of the box, the D1000 Pro HS supports the full engineering range: PLA, ABS, ASA, PETG, PC, TPU, PA, PA-CF, PET-CF, PPS-CF, UltraPA-CF, and PC-CF. The 420 C dual auto-rising nozzle paired with the 80 C active heated chamber enables continuous high-temperature composite workflows. The integrated 0–70 C drying compartment keeps hygroscopic materials such as nylon, PC, PA-CF, and PET-CF dry during long runs.
What is the Z Magic Box and why does it matter for tall parts?
The Z Magic Box is CreatBot's real-time thermal-compensation system for the Z axis. It continuously monitors and counteracts thermal expansion in the printer frame and build platform as chamber temperature rises, so the Z surface finish stays clean on the tallest parts in the 1050 mm envelope. It is the core reason 80 C chamber printing on a 1050 mm build does not produce dimensional drift.
Does the D1000 Pro HS have a heated chamber and air filtration?
Yes. The D1000 Pro HS features an active 80 C heated chamber lined with double-layer insulation cotton, an Intelligent Chamber Heating Algorithm that predicts and compensates frame thermal deformation in real time, and a dual-stage air-purification system that combines a HEPA particulate filter with an activated-carbon filter for VOC and odor capture.
How does the D1000 Pro HS compare to the Stratasys F770?
The Stratasys F770 brings the Stratasys validation chain and a 1000 mm X-axis (1000 x 610 x 610 mm) for long parts at a price under $100,000 with ASA and ABS-M30 as base materials. The CreatBot D1000 Pro HS delivers a symmetric 1050 x 1050 x 1050 mm cube envelope (one cubic meter) at $38,999 — roughly 40% of the F770 price — with up to 3x the print speed (300 mm/s Klipper), a 420°C nozzle, an 80°C active chamber, and an open material range that includes PA-CF, PET-CF, PPS-CF, and UltraPA-CF out of the box. The D1000 Pro HS is the right choice when you do not need the closed Stratasys cert pipeline.
How does the D1000 Pro HS compare to BigRep ONE for large-format buyers?
BigRep ONE targets the same one-cubic-meter buyer mindset with a 1005 x 1005 x 1005 mm build volume and an open lower-temperature material focus. The D1000 Pro HS lands at roughly 40% of the BigRep ONE price band with 2–3x the typical print speed, a true 80 C active heated chamber rather than a passive enclosure, a 420 C nozzle, and a refined Klipper motion stack. If your parts require a full cubic meter and you want active thermal control plus engineering composites at roughly 40% of the BigRep ONE price, the D1000 Pro HS is the stronger value.
How does the D1000 Pro HS compare to the D600 Pro 3 HS?
The D600 Pro 3 HS offers a 620×620×620mm build envelope — about 25% of the D1000 Pro HS volume — at $17,999, less than half the price. Both share the 300mm/s Klipper speed class, 90mm³/s flow, and 80°C active chamber. The D1000 Pro HS is the right call when your production parts require a 1050mm dimension. The D600 Pro 3 HS is the right call when 620mm covers your largest part and budget matters.
Is Rev1 Technologies an authorized CreatBot dealer in the United States?
Yes. Rev1 Technologies is the only CreatBot Authorized Service Provider in the United States and a certified CreatBot Premium Distributor, based in Auburn Hills, Michigan. Application review, phone and video support, parts, and engineering guidance are delivered from the US, not from grey-market resellers or unauthorized importers.
What does Rev1's installation, training, and post-sale support include for the D1000 Pro HS?
Rev1 supports D1000 Pro HS buyers from quote through production. Pre-sale: application review, material validation, dual-extrusion offset workflow planning, freight quote, and facility readiness check (electrical, footprint, ventilation). At install: setup guidance, AI macro-camera offset tuning on your first dual-material job, and operator orientation. Post-sale: phone and video support, authorized parts, firmware updates, and engineering guidance from Auburn Hills, Michigan. Rev1 is the only CreatBot Authorized Service Provider in the United States, so warranty service does not route through grey-market channels.
Ready for answers?
Talk through the application before the quote.

Use the FAQ as the starting point. Rev1 can confirm chamber, material, electrical, facility, and delivery considerations before the D1000 Pro HS is ordered.

Final Step

Get a quote or schedule a D1000 Pro HS application review.

Rev1 validates application fit, material requirements, dual-extrusion offset workflow, facility readiness, and total cost of ownership before you commit. Only authorized CreatBot service provider in the USA.