CreatBotPEEK-300Ultra High-Temperature
A professional dual-extruder industrial 3D printer engineered for PEEK, PEKK, ULTEM, and ultra-performance polymers — with a 480°C water-cooled nozzle, 120°C sealed chamber, 200°C heated platform, and the world's first patent-protected Direct Annealing System (DAS).
Rev1 validates material fit, DAS requirements, and facility readiness before you commit to a PEEK platform.
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, consumables, and high-temperature workflow guidance are delivered from Auburn Hills, Michigan.
Six systems working together to make PEEK printing reliable.
Smart auto-rising dual extruders with water cooling reach 480°C — sufficient for PEEK, PEKK, ULTEM, PPSU, PPS-CF, and all engineering polymers in a single machine.
A fully enclosed hot chamber maintains a stable thermal environment, prevents stress cracking in semi-crystalline polymers, and enables real-time DAS crystallization annealing during the print.
A 200°C aluminum bed with PEI coating provides strong PEEK adhesion without manual bed intervention. Automatic leveling keeps the platform ready for every job.
CreatBot's patented DAS anneals each extruded strand in real time — eliminating the 5–8 hour external oven step. Parts exit the machine fully crystallized and stress-relieved.
Single extruder: 300×300×400 mm. Dual extruder with soluble support: 240×300×400 mm. PEEK parts at real production scale, with support access for complex internal geometry.
CreatBot's S-350 soluble support material is engineered specifically for PEEK printing conditions. The auto-rising second extruder eliminates cross-contamination during support transitions.
The world’s first patented in-printer PEEK annealing — no external oven required.
Traditional PEEK FDM printing produces parts with residual internal stress that require 5–8 hours of post-processing in an external furnace. CreatBot’s patent-protected Direct Annealing System (DAS) eliminates this step: DAS anneals each individual extruded filament strand during the print itself, at temperatures from 0 to 400°C. Parts come out fully crystallized, stress-relieved, and dimensionally stable — in one uninterrupted run.
Smart auto-rising dual extrusion with soluble support for complex geometry.
Water-cooled dual extrusion with clean support separation.
The PEEK-300 uses a smart auto-rising dual extruder design: the inactive extruder retracts automatically, preventing nozzle drag, stringing, and cross-contamination during support-to-part transitions. Both hot ends reach 480°C with water cooling — essential for reliable PEEK flow under sustained thermal load.
A 200°C aluminum bed with PEI coating — built for first-layer PEEK adhesion without manual intervention.
Consistent first-layer adhesion — every run, no manual prep.
PEEK adhesion failure starts at the first layer. The PEEK-300’s 200°C aluminum heated platform with PEI surface coating brings the bed to optimal PEEK adhesion temperature before every print. Combined with automatic leveling, the gap stays within PEEK’s narrow first-layer tolerance on every run — no Kapton tape, no adhesive prep, no manual intervention required.
From aerospace brackets to medical-grade implant prototypes.
Industrial-grade polymer output at scale.
At 300×300×400 mm single-extruder volume, the PEEK-300 produces parts too large for most high-temp desktop systems — while the DAS and 120°C chamber eliminate the post-processing that makes PEEK workflows slow.
A sealed 120°C chamber that eliminates the most common PEEK failure mode.
Uniform ambient heat removes the residual stress that cracks PEEK parts.
PEEK delamination and warping are not nozzle problems — they are chamber problems. The PEEK-300’s 120°C sealed enclosure maintains a stable thermal field around the part during printing, keeping the crystallization front consistent and preventing the rapid cooling that creates internal stress. Combined with DAS annealing, parts exit without post-oven treatment.
Where PEEK-300 is deployed in production environments.
Structural brackets, ducting, housings, and flight-qualified fixture tooling in PEEK, PEKK, and ULTEM. FST-rated materials for interior components.
Biocompatible PEEK implant prototypes, custom surgical guides, orthopedic trial devices, and sterilizable laboratory instruments. ISO 10993 material validation.
Chemically inert seals, valve seats, impeller housings, and process-fluid contact components in PEEK and PPSU where chemical resistance and high-temperature performance are essential.
Engineering teams printing first-article PEEK parts for validation before CNC machining. Rev1 can arrange a no-cost sample print for qualifying applications before you commit.
Rev1 can match your material requirements, print environment, and budget to the right PEEK platform — and arrange a no-cost sample print for qualifying applications before you commit.
PEEK-300 output from industrial production environments.
High-strength PEEK brackets and structural components printed with soluble support for internal geometry — eliminating CNC fixturing for prototype runs.
ISO 10993 biocompatible PEEK used for spinal implant prototypes, custom surgical guides, and patient-specific devices at validation scale.
Chemical-resistant PEEK housings and fluid-contact components for oil and gas process equipment, replacing traditional machined polymer at fraction of lead time.
FST-rated ULTEM 9085 for aerospace and defense interior applications. Single machine covers ULTEM, PEEK, and PEKK — no material changeover downtime.
PEEK-CF and PEEK-GF printed parts for maximum stiffness-to-weight ratio in structural and aerospace applications where carbon fiber toughness is essential.
Rev1 and CreatBot can arrange a no-cost sample print for qualifying applications — submit your STL and material requirements before committing to a system.
CreatBot PEEK-300 technical parameters.
Software, manuals, and support for PEEK-300.
CreatWare is CreatBot’s native slicer. The PEEK-300 also supports Simplify3D, Cura, and Slic3r. Use the vendor download center for current builds.
Official product documentation for setup, safety, menus, and hardware care. Available from the CreatBot PEEK-300 product hub — not a gated brochure, direct vendor path.
Firmware notes, service entry points, and manufacturer-side documentation — useful when you need vendor-primary documentation before involving Rev1.
Tell us your material, firmware goal, and whether you need slicer profiles, hardware docs, or DAS parameter guidance — Rev1 points you to the right resource.
How PEEK-300 stacks up against the high-ranking PEEK printer set.
For buyers searching “PEEK 3D printer,” the decision usually collapses to build volume, thermal envelope, support material strategy, DAS vs post-process annealing, and whether the machine fits a lab or production floor. The PEEK-300 is positioned for teams that need larger volume and soluble support capability alongside high-temp FFF.
| Capability | CreatBot PEEK-300 | CreatBot PEEK-250 | INTAMSYS FUNMAT PRO 610 HT | Vision Miner 22 IDEX v4 | Rev1 Take |
|---|---|---|---|---|---|
| Thermal envelope | |||||
| Chamber temperature | 120°C sealed hot chamber | 200°C max chamber — hottest desktop option in CreatBot line | 90°C maximum chamber | 100°C+ actively heated chamber | PEEK-250 wins on chamber heat; PEEK-300 wins on build volume and DAS. Chamber vs volume is the core trade-off. |
| Nozzle temperature | 480°C dual water-cooled nozzles | 480°C single nozzle, water cooled | 500°C dual nozzles | 500°C independent dual hotends | All platforms reach PEEK-sufficient nozzle temps. DAS and soluble support strategy drive the PEEK-300 decision, not nozzle-only spec. |
| Platform temperature | 200°C platform, auto-leveling | 200°C platform | 160°C bed | 200°C true self-leveling bed | PEEK-300 and PEEK-250 both hit 200°C bed. PEEK-300 adds auto-leveling as standard. |
| Build volume and workflow | |||||
| Build volume | 300×300×400 mm single; 240×300×400 mm dual | 250×250×300 mm single | Up to 610×508×508 mm | 350×350×450 mm | PEEK-300 is significantly larger than PEEK-250. INTAMSYS and Vision Miner offer larger envelopes for production scale — Rev1 should match volume to the actual part. |
| Extrusion / support strategy | Dual auto-rising; S-350 high-temp soluble support | Single extruder; no soluble support | Dual nozzle industrial workflow | True IDEX dual independent extrusion | S-350 soluble support at PEEK temperatures is a genuine differentiator for complex geometry. PEEK-250 cannot do this. |
| In-printer annealing | DAS (patent): 0–400°C real-time strand annealing | In-chamber annealing at 200°C; not the DAS strand-annealing system | No in-printer annealing claim | No in-printer annealing claim | DAS is exclusive to the PEEK-300 and larger CreatBot platforms. This eliminates the external oven step that adds 5–8 hours to every PEEK job. |
| Best-fit buyer | |||||
| Best fit | Engineering team needing larger build, dual extrusion with soluble support, and DAS annealing for complex PEEK/PEKK geometry | Lab needing highest chamber temperature in a compact footprint — single-extruder PEEK work | Industrial team needing largest build volume with industrial dual-nozzle workflow | Shop needing large IDEX production flexibility with open materials | PEEK-300 is the right call when volume + DAS + soluble support outweigh the need for maximum chamber temperature. |
Comparison based on publicly available manufacturer and product listing data at build time. Final selection should be validated against part geometry, material, support strategy, and facility requirements.
Send Rev1 your target material, part geometry, and production goal. We’ll confirm whether the PEEK-300’s DAS, dual extruder, and 120°C chamber are the right fit — or point you to the PEEK-250 or a competing platform.
Common questions about PEEK-300 and high-temperature printing.
How does the CreatBot PEEK-300 compare to the INTAMSYS FUNMAT PRO 610 HT?
How does the CreatBot PEEK-300 compare to the Roboze One+400 for PEEK applications?
What makes the PEEK-300 different from a standard high-temp printer?
What is the Direct Annealing System (DAS) and why does it matter?
Can the PEEK-300 print medical-grade PEEK for implant validation?
What support materials work with complex PEEK geometries?
What facility requirements does the PEEK-300 need?
How does Rev1 support PEEK-300 buyers in the USA?
Talk to a Rev1 engineer who has deployed PEEK printing in aerospace, medical, and industrial applications. We’ll tell you exactly whether the PEEK-300 fits your workflow — including when a competitor or the PEEK-250 is the better answer.
CreatBot hardware with Rev1 application support.
PEEK-class printing is an application decision, not just a printer purchase. Rev1 validates the target polymer, part geometry, chamber requirement, DAS parameters, post-processing expectations, and quote configuration before the system is deployed. Reach our Auburn Hills, MI team at (248) 707-2950 or (248) 707-2950.
Confirm whether the PEEK-300 volume, DAS system, and thermal envelope are the right fit for the specific material and part geometry — before purchase.
Plan print, chamber, DAS annealing, soluble support, drying, and facility requirements before committing to a platform.
Rev1 is the only CreatBot Authorized Service Provider in the USA. Quoting, setup, training, and practical troubleshooting from Auburn Hills, Michigan.
Use the PEEK-300 when volume, DAS, and dual extrusion drive the decision.
Best fit for engineering teams printing complex PEEK, PEKK, or ULTEM geometry that requires soluble support access, DAS annealing to eliminate post-processing, and a 300×300×400 mm build envelope for real-production-scale parts.
If the polymer requires the absolute hottest available chamber (200°C), the PEEK-250 is the better choice. PEEK-300 trades chamber temperature for volume and DAS. Rev1 should confirm which trade-off matters for the target material before recommending.
If maximum chamber temperature dominates (PEEK-250), if production volume exceeds 300×300×400 mm (INTAMSYS/Vision Miner), or if IDEX independence matters more than DAS, Rev1 should compare the right platform rather than force PEEK-300 into the wrong application.