Creatbot F160 PEEK High Performance 3D Printer

Discontinued
A high-precision fast 3D printer
  • Enclosed high-temperature chamber
  • All-metal hotend
  • Print recovery system
  • End-of-the filament detection
When purchasing with us you get:
  • FREE Delivery
  • 1-Year Warranty
  • Local U.S. Support
  • Up to 20% Filament Discount
We Accept Purchase Orders From All Educational Institutions and Eligible Business Customers
This 3D printer comes with:
  • BuildTak print bed
  • CreatWare 3D slicing software
  • Intuitive touch screen
  • A set of tools
Price $1,999.00 $2,599.00
Lead time is 3-7 business days.

The CreatBot F160 PEEK is a professional desktop 3D printer with a 420°C hot-end for high-performance materials like PEEK and carbon fiber. Its all-steel frame, heated chamber, and 150°C BuildTak-coated plate ensure stable, precise prints down to 40 microns. Designed for schools, small manufacturers, and designers, it features a 160 × 160 × 200 mm build volume, 4.3-inch touchscreen, power recovery, filament detection, and open 1.75 mm filament support for reliable, pro-grade printing without industrial costs.

What is the print quality and performance of the Creatbot F160 3D Printer?

The F160 PEEK prints fine detail with 40-micron layers and positioning accuracy of 12.7 μm (X-Y) and 1.25 μm (Z). Its custom feeding system delivers smooth, clog-free extrusion and consistent flow, demonstrated in a PLA vase sample.

Creatbot F160 3D printer creating an orange, geometric-patterned vase on a textured print bed.

The CreatBot F160 PEEK prints at 60 mm/s, with speeds up to 200 mm/s for faster output. Its all-steel frame and optimized structure reduce vibration, improving accuracy and surface quality. A fully enclosed chamber maintains up to 70°C for stable printing, preventing warping and ensuring strong layer adhesion, especially with temperature-sensitive materials. The print bed is heated from below.

CreatBot F160 3D printer showing build platform, extruder, and internal components, ready for printing samples.

The CreatBot F160 PEEK uses a direct drive extruder with a standard 0.4 mm nozzle, plus optional sizes from 0.3–1.0 mm for balancing detail and high-speed printing. Its aluminum heated bed, pre-covered with BuildTak, ensures strong adhesion and easy part removal. With a 150°C bed and enclosed chamber, it handles temperature-sensitive materials like ABS and PEEK reliably. Example: a carbon-fiber-filled ABS part printed at 0.2 mm layer height in 3 hours.

CreatBot F160 3D printer in action, printing a black cylindrical part on a textured build plate, showcasing precision and detail.

Which filaments can you use with the Creatbot F160?

With support for over 15 filaments, the system easily handles PLA, ABS, Nylon, PC, PETG, HIPS, PP, TPU, and PVA. A 420°C hotend expands its range to high-performance polymers like PEEK, a material few desktop printers can process.

A red PLA vase was printed in 1 hour at 0.1 mm layer height, showcasing the F160’s speed and detail.

Red vase with a geometric pattern, 3D printed by Creatbot F160. The print features intricate diamond shapes, highlighting the printer’s precision.

Composite filaments run smoothly on the F160 PEEK, including CF-PEEK and PA-CF with 30% carbon fiber. The direct drive extruder handles them without clogging, producing durable, corrosion-resistant parts.

The F160 has successfully printed over 10 types of PEEK parts, including gears, thumbscrews, chain links, bushings, brackets, and a turbine impeller. Use high-quality PEEK for 3D printing.

Samples of gears, cylinders, and mechanical parts created by Creatbot F160 3D printer using PEEK material, showcasing precision and variety in design.

The CreatBot F160 PEEK accepts standard 1.75 mm filaments from any manufacturer. Its internal spool holder fits standard spools and stores them inside the enclosed chamber during printing.

Hand holding a 3D printed beige part created by Creatbot F160, against the printer's geometric-design build plate in the background.

Key features supporting material compatibility include a fully enclosed 70°C chamber, a 150°C heated aluminum build plate with BuildTak, and a custom filament feeding system. Together, they prevent warping, ensure consistent extrusion, and provide stable conditions for temperature-sensitive materials, making the F160 PEEK highly versatile within its price range.

What is the build volume of the Creatbot F160?

The CreatBot F160 PEEK offers a 160 × 160 × 200 mm (6.3 × 6.3 × 7.9 in) build volume, suitable for small to medium projects.

CreatBot F160 3D printer with touchscreen, printing a blue birdcage model, showcasing its precision and design capabilities.

What is the difference between the Creatbot F160, INTAMSYS Funmat HT Enhanced, Creatbot F430 and Creatbot PEEK-300?

CreatBot F160 PEEK stands out as the most affordable high-temperature 3D printer in its class, offering a 420°C nozzle, 150°C bed, and 70°C chamber for just $1,999—ideal for education, labs, and small manufacturers needing PEEK capability on a tight budget.

In contrast:

  • CreatBot F430 offers a larger build volume (400 × 300 × 300 mm) and IDEX dual-extrusion system, but costs over 3× more and lacks the higher chamber and nozzle temps found in premium models.
  • INTAMSYS Funmat HT Enhanced delivers a higher chamber temp (90°C) and 450°C nozzle, which makes it more suitable for advanced polymers. However, at $7,000+, it lacks features like direct annealing and dual extrusion.
  • CreatBot PEEK-300 dominates in industrial-grade performance with the highest temps (480°C nozzle, 200°C bed, 120°C chamber), Direct Annealing System, and dual extrusion, but at $13,019, it's built for large-scale production, not affordability.
Specification CreatBot F160 PEEK CreatBot F430 NX INTAMSYS Funmat HT CreatBot PEEK-300
Price (USD) $1,999 $6,500 $7,000+ $13,000+
Build Volume (mm) 160×160×200 400×300×300 260×260×260

300×300×400 (Single),

240×300×400 (Dual)

Nozzle Temp (°C) 420 420 450 480
Bed Temp (°C) 150 140 160 200
Chamber Temp (°C) 70 70 90 120
Extruder Type Single Direct Drive IDEX Dual Single Direct Drive Dual Direct Drive
Direct Annealing No No No Yes
Materials Supported PEEK, CF, Nylon, etc. PEEK, Nylon, etc. PEEK, PEI, PC, etc. PEEK, PEKK, CF/GF-PEEK
Touchscreen 4.3" 4.3" 4.3"
Power Recovery / Detection Yes / Yes Yes / Yes Yes / Yes Yes / Yes
 
 

Bottom-Line:

The F160 PEEK is the best low-cost entry into high-temp 3D printing with solid performance for its size and price. It loses on build volume and industrial-grade features but wins decisively on price-to-performance for PEEK-ready printing.

3D Printer Build Volume chart compares CreatBot F160 PEEK 5.12L against larger volumes of F430 NX 36L, Funmat HT 17.58L, and PEEK-300 36L and 28.8L.

What printer controls are available on the Creatbot F160?

The Creatbot F160 offers 40+ printer controls, including axis movement (0.1–100 mm), print speed, fan and flow rate adjustments, filament extrusion/retraction, and motor step settings: X/Y, Z and E.

Main Menu Controls:

  • Axis movement
  • Settings 
  • Filament 
  • Status 
  • Preheat 
  • U-disk access

CreatBot F160 display showing temperature controls and icons for preheat, filament, USB, move, and setting options, with branding at the top.

Axis Movement Controls:

  • X-axis movement: +X / –X
  • Y-axis movement: +Y / –Y
  • Z-axis movement: +Z / –Z
  • Home positioning: X, Y, Z, or all axes
  • Movement increment selector: 0.1 mm, 1 mm, 10 mm, 100 Creatbot F160 interface showing movement controls for X, Y, Z axes with home buttons. Signs for movement increments: 0.1mm, 1mm, 10mm, 100mm.

Print Operation Controls:

  • Print speed adjustment (%)
  • Fan speed adjustment (%)
  • Flow rate adjustment (%)
  • Pause, stop/cancel, and resume functions
  • Z-axis up/down control during printing3D printer control panel showing print speed, flow rate, and cooling fan speed settings at 100% for Creatbot F160.

Creatbot F160 settings screen showing options like motion calibration, fan speed, and preheat setting. Visible buttons for factory reset and back navigation.

Creatbot F160 3D printer fan speed settings: sink fan 100%, cooling fan 0%. Options to save or return are visible; sleek interface.Creatbot F160 display shows preheat settings: head and hotbed temperatures set to 45°C. Options to save or go back are visible.

Filament Management Controls:

  • Extrude
  • Retract
  • Unload
  • Change filament
  • Set extrusion amount

Creatbot F160 3D printer UI showing options: Head1, Unload, Extrude, Retract, and movement settings in millimeters for precise extrusion control.

Configuration Controls:

  • X-axis motor step (78.7401 default)
  • Y-axis motor step (78.7401 default)
  • Z-axis motor step (800.0000 default)
  • E-axis motor step (130.0000 default)
  • Save settings
  • Reset settings

Creatbot F160 screen showing motion calibration for X, Y, Z, and E motor steps with numeric values, featuring Save and Back options.

What connectivity options are available on the Creatbot F160?

The CreatBot F160 PEEK provides two connectivity options: a front USB port for direct printing from flash drives, and a rear USB-B port for connecting to Windows, Mac OS X, or Linux systems, enabling real-time monitoring and control.Creatbot F160 3D printer with labeled parts; power switch, indicator light, U disk, build platform showing blue cage model, touch scanner, branded screen.

What software is offered with the Creatbot F160?

The F160 PEEK includes CreatWare slicing software for 3D printing, compatible with Windows and Mac OS X. Its interface resembles Cura but is optimized for the printer’s hardware, offering precise control over temperature, speed, and other parameters. CreatWare supports STL, OBJ, and AMF files, converting them into GCO and GCODE for printing.

While CreatWare is the most streamlined option, the Creatbot 3D printers also support third-party slicers such as Simplify3D, Cura, and Slic3r. This flexibility lets users work with familiar tools or access specialized features without sacrificing quality. Firmware updates from the manufacturer’s website maintain compatibility with the latest software versions.

3D modeling software screenshot for CreatBot F160 shows a sliced turbine model with settings panel, filament info, and G-code export option.

What is the design and build quality of the Creatbot F160?

What is the design and form factor of the CreatBot F160?

The F160 has a compact, functional design measuring 370 × 320 × 490 mm and weighing 18 kg. Its 1.5 mm powder-coated steel frame forms a fully enclosed chamber, essential for high-temperature printing.

The F160 includes a front access door and a top observation window with handles for monitoring prints. Side ventilation grilles manage airflow in the heated chamber.

Creatbot F160 3D printer with open door, showcasing its interior and control interface on the front, set on a light-colored table.

What is the motion system of the CreatBot F160?

The F160 uses an H-Bot kinematic system, derived from the PEEK-300. Dual NEMA-17 stepper motors drive 10 mm MXL timing belts, with cylindrical guide rods providing X and Y linear motion.

Creatbot F160 3D printer interior showing mechanical components and build plate, highlighting precision elements where samples were created.

Creatbot F160 internal components showing stepper motor and belt drive mechanism, highlighting precision engineering and build quality details.

Creatbot F160 3D printer interior, showing precision belt and extruder components; branding visible on belt.

The Z-axis uses thick guide rods with a direct-drive trapezoidal lead screw, powered by a stepper motor in the base electronics compartment. All motion components—pulleys, brackets, and rail mounts—are metal, ensuring durability in the high-temperature chamber.

Creatbot F160 3D printer interior showing mechanical components, rods, and wiring.

The stepper motors run on low-noise TMC2225-SA drivers labeled “Germany.”

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What are the build platform specifications of the CreatBot F160?

The F160 has a heated aluminum PCB build platform reaching 150°C, with a 160 × 160 mm surface and 200 mm max height. The PEEK Edition adds a carbon fiber build plate. Leveling is manual via corner adjustment screws.

Creatbot F160 3D printer's build plate and nozzle, showcasing the interior mechanism crucial for creating precise parts.

A built-in chamber heater raises the print chamber temperature to 70°C.

Creatbot F160 3D printer heat sink component, black and metallic, within the interior chamber, showing structural details and finish.

What is the hotend and extruder system of the CreatBot F160?

The direct drive extruder uses a precision-machined feed mechanism with a filament sensor in the feed tube neck and a pressure adjustment wheel on the right. Hotends can be swapped in minutes by removing two hex bolts. The design emphasizes simplicity and ease of use.

The feed tube fitting sits on top, with a compact turbine-style cooling fan mounted on the side.

Creatbot F160 3D printer component, showing a detailed close-up of the print head assembly and extruder mechanism on a textured surface.

Below are the cooling fan, high-temperature nozzle, hotend assembly, heater wires, and temperature sensor.

Creatbot F160 3D printer close-up, showing the extruder and components, with visible branding.

All electronics are contained in a rear-mounted box, with a single flat ribbon cable reducing cable clutter.

Creatbot F160 3D printer close-up, showing the extruder and belt mechanism inside a metal casing, highlighting advanced design and precision parts.

The system supports two hotend configurations:

  • High-temperature – 420°C, all-metal heat break, copper heating block
  • Low-temperature – 250°C, PTFE heat break, aluminum heating block

Creatbot F160 3D printer nozzle in a clear plastic bag on a light surface, showcasing its brass material and intricate design details.

How does the CreatBot F160 handle filament storage and feeding?

The CreatBot F160 handles filament storage with a rear-mounted spool holder and recommends a separate heated chamber for high-temperature materials.

Rear view of Creatbot F160 3D printer showing filament holder on a black surface in a tech setting, highlighting machine's structure and design elements.

Filament feeds into the chamber through a top opening, guided by a 1.75 mm PTFE tube into the direct-drive extruder.

A hand loads filament into the Creatbot F160 3D printer, highlighting its feeding mechanism.Creatbot F160 3D printer interior showing mechanical components and wiring.

Tighten the spring to keep the filament firmly pressed against the drive gear.

Hand adjusting component inside the Creatbot F160 3D printer, showcasing mechanical parts and detailed settings for precise printing operation.

What is the mainboard and electronics of the CreatBot F160?

The F160 uses a unified CreatBot motherboard built on the Atmega 2560-16AU chipset, an 8-bit AVR processor running at 16 MHz with 256 KB flash memory. It supports multi-language operation and connects to a 4.3-inch color touchscreen.

Creatbot F160 3D printer motherboard with blue LED lights, wires, and connectors. Visible branding on circuit board indicating model specifics.Next to the Z-axis motor is a Delixi solid-state relay rated at 15 A, along with a 220V converter housed in a 3D-printed enclosure above the power supply.

Creatbot F160 internal components with electronic circuit boards, wiring, and power supply visible inside a black enclosure.

To the left of the Z-axis motor is the low-voltage power distribution board, supplying 12V and 5V rails.

CreatBot F160 circuit board displaying capacitors, LEDs, and connectors, showcasing internal electronics of 3D printer with visible branding.

Next to it is the backup battery for the soft emergency shutdown system, which maintains operation briefly after a power loss, saves the print position, and pauses the process.

Creatbot F160 internal wiring and electronics component, showing circuit board with LEDs and connector cables in a structured, compact layout.

What are the power supply specifications of the CreatBot F160?

The printer operates on 100–110V or 200–240V at 50–60Hz, depending on region. The F160 PEEK requires 1100W for high-temperature operation. Power is supplied by a MeanWell unit.

Creatbot F160 power supply with fan, vent slots, and warning label, showcasing internal components of the 3D printer in a detailed view.

Back view of Creatbot F160 3D printer showing a black panel with a power cable on a light wooden table in a neutral room setting.

What comes included in the box with Creatbot F160?

• CreatBot F160 PEEK 3D printer (fully assembled)

• USB cable

• Palette knife

• BuildTak print bed (pre-installed)

• USB flash drive with CreatWare software and documentation

• Set of tools for maintenance and setup

• Roll of masking tape

• User manual and technical documentation

The F160 PEEK ships fully assembled and ready to use within minutes. It includes tools for setup and maintenance, a pre-installed BuildTak surface for immediate printing, and a USB drive with CreatWare software (Windows and Mac) plus documentation.

Note: Package contents may vary. Confirm current items with a Top3DShop sales representative before ordering.

Creatbot F160 accessories on a beige surface, including screwdriver, tape, power cord, cables, spanner set, and packaging materials.

What upgrades and accessories are available for the Creatbot F160?

The CreatBot F160 supports upgrades like a 420°C hotend for PEEK/ULTEM, nozzles (0.3–1.0 mm), proprietary PEEK filament (250 g $160+, 1 kg $375+), and BuildTak sheets for better adhesion.

The standard F160 prints basic materials, but upgrading to the high-temperature hotend converts it into the F160-PEEK. This raises the hotend limit from 260°C to 420°C, allowing printing with engineering-grade polymers such as PEEK and ULTEM.

Replacement high-temperature nozzles from 0.3 to 1.0 mm are available for the F160 PEEK. The standard 0.4 mm nozzle offers balanced performance, smaller sizes improve detail, and larger ones increase flow for structural parts.

CreatBot supplies proprietary high-performance materials, including PEEK filament in 250 g and 1 kg spools, rated for heat resistance up to 260°C and high mechanical strength. Carbon-fiber composites such as CF-PEEK and PA-CF are also offered for added structural performance.

Accessory

Description

Functionality

Target User

Compatibility

Price (USD)

High-Temperature Hotend

420°C extruder

Prints PEEK, ULTEM, and other advanced materials

Engineers, medical professionals

Standard F160

$60+

Replacement Nozzles

0.3–1.0 mm sizes

Adjusts detail and material flow

All users

All CreatBot F-series

$30+

PEEK Filament (250g)

Engineering polymer

Heat-resistant (260°C), strong industrial parts

Industrial users, medical applications

F160-PEEK version only

$160+

PEEK Filament (1kg)

Engineering polymer

Heat-resistant (260°C), strong industrial parts

Industrial users, medical applications

F160-PEEK version only

$375+

BuildTak Sheets

Adhesive print surface

Improves first layer adhesion

All users

All CreatBot F-series

$15+

Gold metallic part for Creatbot F160 3D printer with cylindrical and angular features, placed on a white surface, showcases precise manufacturing.

What maintenance is required for the Creatbot F160?

Daily / After Use

  • Clean guide rails with solvent
  • Scrape adhesive residue from platform
  • Clean feeder gear to remove filament debris
  • Wipe exterior surfaces

Weekly

  • Lubricate guide rails with recommended oil
  • Clean extruder arm and heating block
  • Tighten pressure nut (8–12 turns after spring contact)
  • Inspect filament path for blockages
  • Check USB cable connections

Monthly

  • Level platform (0.2 mm spacing, business card thickness)
  • Check belt tension and wheel screw tightness
  • Inspect stepper motor connections and drivers
  • Clean limit switches
  • Verify power supply output (24.5V)

As Required

  • Replace fuse if electrical issues occur
  • Clear nozzle with probe if blocked
  • Adjust Z-axis limit switch if nozzle can’t reach platform
  • Replace temperature control tubes (MINTEMP/MAXTEMP errors)
  • Service or replace motor drivers if failures occur

Safety Requirements

  • Do not over-apply lubricating oil
  • Let hotend and bed cool before maintenance
  • Disconnect power before electrical inspection or replacement
  • Use proper tools to avoid damage

Creatbot F160 3D printer with extruder in focus; hand cleaning the print bed with a blue cloth.

Creatbot F160 3D printer interior, featuring a brush cleaning extruder components; visible wiring and cooling fan, showcasing maintenance process.

What support and warranty come with the Creatbot F160?

The F160 PEEK includes a 12-month warranty from delivery, covering manufacturing defects and hardware failures under normal use. Damaged parts are replaced free of charge, with repair guides provided. Consumables like nozzles and hotends carry a 6-month warranty due to wear.

Top3DShop provides local support for F160 PEEK purchases, with free delivery, setup assistance, and weekday service via phone, email, or chat.

CreatBot provides online support at creatbot3d.com with documentation, firmware updates, and troubleshooting guides. Users can also contact support via email or Skype for complex issues. All F160 PEEK owners receive lifetime access to these services, regardless of warranty.

Full up-to-date warranty terms are available at: https://www.creatbot.com/warranty/

Hand adjusts nozzle of Creatbot F160 3D printer, showing intricate components and fan, exemplifying precision engineering.

Hand applying adhesive inside Creatbot F160 3D printer on build plate; printer interior visible.

How much does the Creatbot F160 cost?

The CreatBot F160 PEEK is available for $1,999.00, including the fully assembled printer with a 420°C hotend, enclosed chamber, 4.3-inch touchscreen, and essential accessories. It is one of the most affordable high-temperature printers for materials like PEEK, ULTEM, and carbon fiber composites, making industrial-grade printing accessible to schools, small businesses, and professionals. Top3DShop also offers special terms for bulk orders and financing — contact a sales representative for details.

Multiple Creatbot F160 3D printers on tables in a workshop setting, each with visible control panels, designed for efficient printing of various parts.

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