Slice Engineering

Thermal paste for improving conduction Acts as a release agent Unlike anti-seize compounds, Boron Nitride is not electrically conductive, which eliminates the risk of shorting out your heater cartridge or thermistor Use the included applicator to coat the cartridge heater hole in your 3d printer heat block. Insert the cartridge heater while the paste is still wet, then let dry. The boron nitride boosts dissipation of heat from the hot section of the cartridge heater, improving its life. Retails in 5 cc syringes with luer lock fittings. Stable to 850 °C in air, 1800 °C in a vacuum. SDS available here.

Specifically designed for changing nozzles 1.5 Nm torque provides correct seal to prevent leaking plastic Perfect tool for one-handed nozzle change when paired with Mosquito® hotends Fits any Slice Engineering nozzles natively, with just enough wiggle room for that baked on plastic Fits other style nozzles with off-the-shelf adapters

Nickel-plated for superior longevity and reduced emissivity Copper alloy base material Distinctive laser marking Convenient wrench flats to simplify changing nozzles The Copperhead™ Hot Block is available in one variant that fits all Copperhead™ Heat Breaks. It features an M6x1.0 tapped hole to fit Rep Rap style nozzles. For more documentation on the Copperhead™Hot Block, please see the Copperhead™ Hotend page. Groove Mount G2 is compatible with Creality CR-10, CR-10 Mini, CR-10 S4, CR-10 S5, CR-10S, Creality Ender 3, Creality Ender 3V2, Creality Ender 3 Pro, Creality Ender 5, Creality Ender 5 Pro, Creality Ender 5 Plus, and Creality Ender 6. C-E is compatible with Bondtech BMG, Bondtech QR, D-Bot Core XY, Format Raptor 1, Formbot Raptor 2, Formbot Troodon, Prusa Mini, Rail Core II, Zesty Nimble and any free standing groove mount hotend. More information can be found here.

Nickel-plated for superior longevity and reduced emissivity Copper alloy base material Distinctive laser marking Convenient wrench flats to simplify changing nozzles The Copperhead™ Hot Block is available in one variant that fits all Copperhead™ Heat Breaks. It features an M6x1.0 tapped hole to fit Rep Rap style nozzles. For more documentation on the Copperhead™Hot Block, please see the Copperhead™ Hotend page.

Bimetallic Heat Break™ Rated to 450 °C Covers the gamut of printable thermoplastics Eliminates Heat Creep Copperhead™ Heat Breaks come in multiple variants to adapt to numerous 3D printers. Use the 3D Printer Compatibility Chart on the Copperhead™ Hotend page to determine which Bimetallic Heat Break™ is best suited for your application.  For more documentation on the Copperhead™ Heat Break, please see the Technical Specifications section on the Copperhead™ Hotend page. Note 1: Only the Standard - G2 variant fits the Copperhead™ Heat Sinks Note 2: Slice Engineering® heat breaks are compatible with hot blocks that have M6x1.0 threads. If your hot block does not have M6x1.0 threads, you will need to purchase a Slice Engineering® hot block as well.

Wet 3D printing filament can cause all sorts of issues. In fact, many of the issues that hotends or nozzles get blamed for can actually be traced back to filament that has absorbed too much moisture. Our facility is located in humid Florida, so we set out to find an easy way to keep the humidity from killing our prints. The Filament Drying Desiccant was the result.  Activated alumina desiccant is 10x more powerful than comparable silica gel, and is non-toxic! Creates enough of a relative humidity (Rh) gradient to absorb both surface moisture and water particles captured inside the filament Stainless steel canister is perfectly sized to fit in the center of your filament spool Desiccant is infinitely rechargeable in the stainless steel container Made in USA! To use simply remove the outer shrink wrap and pop off the cap, then insert the canister into the center of your filament spool. Store the spool in an airtight container and watch the humidity drop! More information can be found here. NOTE: Desiccants work by absorbing moisture in their surroundings. The Filament Drying Desiccant is super good at this job, but even it will get saturated with water molecules eventually. To recharge it, simply toss the whole canister into an oven at 200 °C or more for 2 hours to remove the water. DO NOT MICROWAVE. Please contact us for filament and desiccant drying service. Want to see testing to verify our Filament Drying Desiccant is as amazing as we say it is? Check out our Desiccant Activation Testing White Paper! Don't think wet filament is a problem? Take a look at Stefan's (CNC Kitchen) video on the topic:  

Pump more power into your 3D printer with a high power density 50W heater cartridge.  24V - no connectors: Hardcore 321SS cartridge improves longevity and durability 22 mm long Diameter sized to fit into a 6 mm H7 tolerance hole Terminated leads are 1.5 m in length 50W power output

Eliminates the need for high temperature RTD's or having two separate thermistors to maintain accuracy at both the low and high end of the temperature spectrum These are simply the highest performing thermistors on the market 15 mm long. 3 mm diameter, the de facto standard for sleeved thermistors Each thermistor is attached to 2 meter bare leads making it easy to install on virtually any printer. Made in the USA

High quality 25 mm box fan with dual Japanese bearings Molex Micro-Fit 3.0 connector Mounts directly to the Mosquito® Hotend, Mosquito® Magnum, or Copperhead™ with included hardware Available in 12V or 24V configurations 1 m extension cable included

Got a sticky nozzle? Sick of plastic sticking to it all the time? Plastic Repellent Paint™ by Slice Engineering® is the solution for you! Plastic Repellent Paint™ is a revolutionary, water-based, PTFE nanosuspension that repels plastic from the outside of your nozzle and hot block. Which is awesome, because it prevents that annoying plastic buildup that causes print failures! Plastic Repellent Paint™  can be applied in seconds using the vial's brush top, forming a dry, transparent coating that endures print temperatures up to 290°C. Keep your nozzle clean with some high-tech space magic, and worry no more.  Water-based PTFE nanosuspension Repels plastic from the outside of your nozzle and hot block Applies quickly and uniformly with the vial's brush top Bonds with clean metal surfaces upon first heating to form a dry, transparent coating Endures printing temperatures up to 290°C Each vial contains 3 cc of Plastic Repellent Paint™ The Safety Data Sheet for Plastic Repellent Paint™ can be found on our Documentation page. Interested in the Plastic Repellent Paint™White Paper? Click here.

Pt1000 Resistance Temperature Detector (RTD) uses a platinum resistor for the ultimate in temperature sensing performance. Works with Duet 3 and other high amperage boards out of the box. Perfect for any Pt1000-compatible 3D printers.   Accurate from freeze-your-butt-off cold (-50 °C) to instantly-boil-your-innards hot (500 °C) Totally linear temperature response improves sensing accuracy across the range Virtually eliminates lead measurement error inherent in Pt100 sensors Highly accurate, IEC 60751 Class B tolerance (+/- 0.3 +0.005 |t| °C) 15 mm long. 3 mm diameter sensor cartridge  2 m long bare leads allow for easy adaptation to any 3D printer build 300 series stainless steel cartridge to boost durability Robust, thin-film construction sensor 100% Made in USA

This is an industrial heater, rated for high operating temperatures and designed for continuous operation in an enclosed heated chamber. State of the art, robust construction with internally connected terminal pins inside the cartridge provide for the ultimate in safety and reliability. Leads are thin with PTFE infused insulation for maximum flexibility during installation and printer operation. Fiberglass shielding on the first 100 mm of the leads provides optimal heat protection.  Specs: 50 Watts of heating power - go big or go home 24 Volts 321 stainless steel cartridge for increased durability and longevity 22 mm cartridge length  6 mm cartridge diameter Extra long 2 m leads reach across even the largest printer Rated for continuous operation in a 250 °C actively heated environment

Should not be used in place of Boron Nitride Paste. The primary application of MX-4 paste is for coating the top of a Mosquito® Conduction Heat Break in a liquid-cooled hotend. Thermal paste for improving conduction in low-temperature areas such as heat sinks Made from carbon microparticles, guaranteeing extremely high thermal conductivity Metal-free and non electrically conductive Easy to use. SDS available here.

The Mosquito Hotend® is the next step in the evolution of hotend technology. With incredible heat break performance, high temperature rating, low mass, and the famous one-handed nozzle change™, it is the ideal engineering-grade addition to your 3D printer.  How did we accomplish this?  By reimagining how a hotend is designed and structured from the ground up. The materials in each part of the Mosquito Hotend® have been hand selected to perform a specific task to optimize your printer’s performance with speed, modularity, and durability in mind. Users of the Mosquito Hotend® create everything from spinal fusion devices to race car parts to 3D Benchy’s. Are you ready to see your vision fully realized? We highly recommend the use of BN paste with the Mosquito Hotend® to provide good thermal conductivity between the hotend and heater/thermistor. Primary benefits: Superior heat break performance - conduct 85% less heat than a standard threaded heat break Rigid torque resistant structure 450°C rated for larger temperature operating range Modular/adaptable to almost any FFF/FDM printer Ideal for multi-extrusion systems Lightweight Kit Includes: Mosquito Hotend® Mosquito Hotend® Mounting Hardware Set of Mosquito Hotend® hex keys for assembly, disassembly and mounting Your selected fan type (12v/24v/none) Super tasty US-made gourmet lollipops

The Mosquito® Magnum is adaptable to virtually any printer, so by swapping one component, you have the high performance benefits of a printer worth thousands more. Since the Mosquito® (designed for beauty) and Mosquito® Magnum (designed for speed) are the same length, any combination of these hotends can be mounted to one carriage. So you can switch between high-flow and high-precision in the same print.Oh yeah, and you can change the nozzle with one hand.Unlock engineering-grade plastics up to 500 °C. That means you can print car parts, medical devices, and whatever else you can dream up, and you don’t have to buy an expensive printer to do the job. How did we accomplish this?  We reimagined hotend design and structure from the ground up. Hand-selected materials execute specific tasks in each part of the Mosquito® Magnum to optimize your printer’s performance.  Some might say it’s overkill. But we say it’s necessary to create something truly excellent. We highly recommend the use of BN paste with the Mosquito® Magnum to provide good thermal conductivity between the hotend and heater/thermistor. Unique Features: The Mosquito® Magnum prints upwards of 30 mm^3/sec A thermal insulator protects the extended melt zone from the effects of active cooling and radiative heat loss. It has a heat transmission rate as low as 3 W/m*K, meaning you can have ultimate confidence in the speed of your print, while at the same time maintaining the high resolution benefits achieved with the standard Mosquito® Hotend The melt zone is extended proximally upwards to maintain a small form factorCompatible with Rep Rap style nozzles which are characterized by their M6 x 1.0 threads, 7 mm threaded length, and 12.5 mm overall length A multi extrusion setup with both high flow and high resolution optimized designs can be created without needing to purchase new nozzles or make carriage modifications to accommodate hotends of different sizes Installation and assembly instructions available on our Documentation page Kit Includes: Mosquito® Magnum Hotend* Mosquito® Magnum Mounting Hardware Set of Mosquito® Magnum hex keys for assembly, disassembly, and mounting Super tasty US-made gourmet lollipops *Fan, Heater Cartridge, & Thermistor sold separately ADDITIONAL DETAILS: Superior heat break performance - The heat break conducts 85% less heat into the heat sink than a typical threaded heat break- Steep temperature gradient at the heat break, and high tolerances along the filament path allow for better transmission of fine motor movements, resulting in beautiful, higher resolution prints- Steep temperature gradient at the heat break reduces the likelihood of jamming- Reduced heat transmission removes the need for a large heat sink- Composite construction of the bimetallic heat break™ allows for the use of materials optimized for heat transfer in each section of the heat break- Allows for hotend to be mounted with a printed, plastic adapter, without raising safety concernsIncreased structural rigidity - The heat break has been separated from the structural components of the hotend, allowing for a heat break that is not load bearing, and can be very thin walled. This allows for a reliable, rigid exterior structure- No components are prone to loosening at the mounting points- Nozzles can be changed with one hand, without grasping the hot block- In the case of a severe crash, an entirely new hotend is not necessary, parts can be easily swapped outLarger temperature operating range - Specially-engineered high temperature copper alloy in the hot block will not soften at high temperatures in excess of 550C.- Threads in the hot block will not deform at high temps, allowing removal of nozzles even after multiple high temp heat cycles- Nickel plating on the hot block reduces radiative heat loss and prevents galling of threadsModular/adaptable to almost any FFF/FDM printer - Compact, flat, ambidextrous form factor- 5 different hole mounting patterns to allow for adaptation to virtually any printer- Printable adapters can be created to diversify mounting optionsIdeal for multiple extrusion systems - Small form factor and light mass allows for back-to-back mounting with small nozzle-nozzle distanceLightweight - Small mass allows for more rapid motion- Less reinforcement needed for the motors, belts, and drives in the motion system