Products

Description

The Cubicon Single+ is an upgraded version of the field leading Cubicon Single. Building on the Single’s highest-in-class ease of use, features, safety, and quality, the Single+ sports upgraded printing speeds, WiFi enabled printing and a touchscreen interface. The Single+ is one of the most reliable and accurate desktop 3D printers in the market, and its features are best compared to the uPrint Series from Stratasys.
With its fully automated bed leveling and convection temperature control function, perfect prints have never been so effortless. Fully enclosed, Carbon/HEPA filtered – these machines are the best fit for a classroom.

Features

• Improved automatic bed leveling
• Convection heated enclosure
• Coated, heated bed (easy print removal)
• Enhanced filtration: HEPA (removes 99.97% of airborne particles), Purafil catalyst (filters VOC’s) and Deodorizing filter (filters harmful gases)
• Filament detection (prevents misprints)
• Wireless-enabled printing
• Compatible with over a dozen materials

Technical Specifications

Footprint: 554 x 579 x 524 mm
Build Volume: 240 x 190 x 200 mm
Layer Height: 50 – 300 microns
Top Print Speed: 500 mm/s
Nozzle Diameter: 0.40 mm
Maximum Hotend Temp.: 260 °C
Maximum Bed Temp.: 120 °C
Filament Diameter: 1.75 mm
Software: Cubicreator v4.3.0 
Bed Type: Heated, Proprietary Coating
Material Compatability: PLA, ABS, ASA, PETG, PLA/PHA, HIPS, Wood/PLA, PC-ABS, PC-ABS V0, Nylon, TPU/TPE

About the Cubicon Single Plus 3D Printer Replacement Bed

The Cubicon Single Plus replacement bed is a specialty coated part which is only compatible with Cubicon Single Plus 3D printers. 

Technical Specifications

• Replacement Bed for: 310F/320F
• Bed temperature up to: 120˚C

Please Note: If you are unsure which replacement bed is required for your 3D printer, please contact our technical support team (tech@inksmith.ca). 

ABOUT THE CUBICON SINGLE PLUS 3D PRINTER REPLACEMENT EXTRUDER

Cubicon Single Plus 3D printers are designed with modular extruders which can be easily detached and replaced when needed. 

Technical Specifications

• Extruder for: 310F/320F Models
• Compatible with: ABS, PLA
• Nozzle diameter: 0.4mm
• Nozzle type: brass material

*Please Note: If you are unsure which replacement extruder or part is needed for your machine, please contact our technical support team (tech@inksmith.ca).

ABOUT THE CUBICON SINGLE PLUS 3D PRINTER REPLACEMENT FILTER

3D printer filters help to purify and remove any airborne particles that are produced during the printing process. 3D printer filters should be replaced once a year.

Technical Specifications

• Compatible with: Model 110 & 310
• 3-way filtration: HEPA filters, Deodorizing filter, Purafil catalyst
• Size: 15 x 15 x 2cm

About the Cubicon Style 3D Printer

The Cubicon Style is a compact desktop 3D printer designed for all environments, including schools, libraries, makerspaces, and more. The Style is one of the most reliable desktop 3D printers in the market, and contains upgraded features that are often found on expensive industrial machines.

With it's fully automated bed leveling and internal temperature control function, perfect prints have never been so effortless. Fully enclosed, Carbon/HEPA filtered – these machines are the best fit for a classroom.

Features

• Auto levelling bed
• Enclosed build area
• Build temp. monitored
• Coated, heated bed (easy print removal)
• Enhanced filtration: HEPA (removes 99.97% of airborne particles), Purafil catalyst (filters VOC’s) and Deodorizing filter (filters harmful gases)
• Low noise
• Removable extruder
• Smart checkup

Technical Specifications

Footprint: 350 x 380 x 420 mm
Build Volume: 150 x 150 x 150 mm
Layer Height: 50 – 300 microns
Top Print Speed: 300 mm/s
Nozzle Diameter: 0.40 mm
Maximum Hotend Temp.: 260 °C
Maximum Bed Temp.: 120 °C
Filament Diameter: 1.75 mm
Software: Cubicreator v4.3.0 
Bed Type: Heated, Proprietary Coating
Material Compatibility: PLA, ABS, ASA, PETG, PLA/PHA, HIPS, Wood/PLA, Metal/PLA, PC-ABS, PC-ABS V0, Nylon

Description

The Cubicon Style replacement bed is a specialty coated part which is only compatible with Cubicon Style 3D printers. 

Technical Specifications

• Replacement Bed for: 210F
• Bed temperature up to: 120˚C

Please Note: If you are unsure which replacement bed is required for your 3D printer, please contact our technical support team (tech@inksmith.ca). 

Description

Cubicon Style 3D printers are designed with modular extruders which can be easily detached and replaced when needed. 

Technical Specifications

• Extruder for: 210F
• Compatible with: ABS, PLA
• Nozzle diameter: 0.4mm
• Nozzle type: brass material

*Please Note: If you are unsure which replacement extruder or part is needed for your machine, please contact our technical support team (tech@inksmith.ca).

Description

3D printer filters help to purify and remove any airborne particles that are produced during the printing process. 3D printer filters should be replaced once a year.

Technical Specifications

• 3-way filtration: HEPA filters, Deodorizing filter, Purafil catalyst
• Size: 8 x 8 x 2.5cm

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

About PLA Filament

PLA, or Poly Lactic Acid, is a high-grade compostable bioplastic made from renewable natural resources. It's one of the most popular materials for 3D printing, as it's been perfected for ease of use with desktop 3D printing. Using PLA will reduce calibration times, improve success rates and ensure a consistent printing experience. Modified, our filament retains the typical advantages of PLA with greatly improved toughness and a reduction of brittleness. With a minimal shrinkage factor, PLA filament will not warp or deform after cooling. 

PLA FILAMENT VS ABS FILAMENT:

PLA is recommended for use in schools and libraries. Other options, such as ABS filament, have certain benefits, but print with a noticeable plastic smell or give off potentially harmful chemicals. Using a PLA filament for your 3D printer will keep your workspace safe and clean. 

HOW TO USE PLA FILAMENT FOR 3D PRINTERS:

Print Settings

It is important that the PLA filament temperature in your 3D printer is set correctly to avoid any issues with the extruder. 

Printing Temp: 210-220°C
Bed temp: 65°C
Printing conditions: PLA will print directly on heated glass or a Cubicon bed, but will print best on heated PEI, Buildtak or gluestick.

Please be aware that the ultrasonic sensor included in this kit is not operating as intended. It does not pose a safety risk. All other functionality is operating as intended, and the corresponding modules for those are still available. When a full and thoroughly tested solution is ready, all customers will receive the updated replacement part.

ABOUT THE K8 ROBOTICS KIT

Meet k8, your robotics kit for learning STEM and Computational Thinking. Designed to be an accessible entry-point into the world of robotics, k8 is a great educational tool to promote problem-solving, creativity, and digital literacy in an easy and engaging way. k8 is the best friend of new explorers of the wonderful world of robotics.

Grade level: 2-9

Skill level: Beginner to Intermediate

Included:

• 7 x Introductory Modules: Assembly, Hello World, Motor Control, Line Following, Ultrasonic, Radio Control, Servo Control
• X 2 Intermediate Modules: Robot Sports and Sumo
• 1 x k8 circuit board
• Robotic Parts:
• 1 x k8 chassis (1 x face plate, 2 x side walls, and 1 x PCB plate)
• 2 x wheels
• 2 x DC Motors
• 1 x Ultrasonic (Sonar) Sensor
• 1 x Infrared (IR) Sensor
• 1 x Servo Motor 
• 1 x Battery Box 
• 1 x Fastener Pack (4 x long screws, 4 x plastic fasteners, 2 x black hex bars, and 1 x turnkey)
• 3 x Cable Connectors (1 x USB cable, 1 x 4-pin cable, and 1 x 5-pin cable)

Not Included:

• BBC micro:bit - at least one micro:bit is required to complete each project
• Additional arts and crafts materials for certain accompanying activities 

This set of 5 replacement filtration cores are designed for use with the XL-300 Laser Filtration Unit. The replacement set consists of 1 Cotton filter core, 1 Glass Filter Core, and 3 Activated Carbon Filter Cores. 

The XL-300 filter cores should be replaced on average after 60-80 hours of use, however, this is just a guideline. The lifespan of the filter cores will vary greatly depending on what material is being cut/engraved. We recommend checking the filters on a bi-weekly basis to monitor debris build-up.  

The XL-300 Laser Filtration System is the ideal set up for operation of the Mako 40W/80W Laser Cutter in a closed environment. The Filtration System consists of a 5 layer filter core to intercept airborne particles, absorb gases and odors and purify air output. These layers consist of a cotton core, a glass filter core, and three activated carbon filter core layers.  

The XL-300 Filtration System is easy to set up and maintain in settings where external ventilation is not an option. The modular internal layers make it easy to replace the cotton, glass and activated carbon filters once they have reached their lifespan. 

The XL-300 filter cores should be replaced on average after 60-80 hours of use, however, this is just a guideline. The lifespan of the filter cores will vary greatly depending on what material is being cut/engraved. We recommend checking the filters on a bi-weekly basis to monitor debris build-up.  

Description

Achieve instant results on a variety of materials with the InkSmith Mako40 CO2 Laser Cutter. The Mako Laser Cutter is a series of industry-standard laser cutting machines designed for education. The Mako is equipped and certified for safe operation in any makerspace or classroom. 

Features

Large Workspace: The Mako40 is equipped with a 500mm x 300mm workspace. 

Fume Extraction and Filtering: The Mako optional external Fume Filtration unit allows for the safe and clean operation of the laser cutter indoors. 

Certified for Use in Classrooms: The InkSmith Mako CO2 Laser Cutter has been tested and ESA certified for use in classrooms. Our machines are equipped with advanced safety features, making laser cutting fun and enjoyable for everyone.

Technical Specifications

Description

Achieve instant results on a variety of materials with the InkSmith Mako80 CO2 Laser Cutter. The Mako Laser Cutter is a series of industry-standard laser cutting machines designed for education. The Mako is equipped and certified for safe operation in any makerspace or classroom. 

Features

Large Workspace: The Mako80 is equipped with a 600mm x 500mm workspace. 

Fume Extraction and Filtering: The Mako optional external Fume Filtration unit allows for the safe and clean operation of the laser cutter indoors. 

Certified for Use in Classrooms: The InkSmith Mako CO2 Laser Cutter has been tested and ESA certified for use in classrooms. Our machines are equipped with advanced safety features, making laser cutting fun and enjoyable for everyone.

Technical Specifications

The Orbit Replacement Filter is comprised of HEPA-13/Carbon filtration and is designed to eliminate any airborne particles that occur during the printing process. 3D printer filters should be replaced on a yearly basis.

Technical Specifications

• 3-way filtration: HEPA filters, Deodorizing filter, Purafil catalyst
• Size: 60 x 60 x 15 mm