Полностью металлический стенд Copperhead с устранением системы теплового скольжения от строительства кусочков

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Цена:99,97 $*

Количество:

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The Copperhead™ Hotend




Product Description




ELEVATE
- Rated to 450 °C
- Covers the gamut of printable thermoplastics
- Nickel-plated Copper Alloy Hot Block
OPTIMIZE
- Bimetallic Heat Break™
- Less Heat Conduction Across Heat Break
- Eliminate Heat Creep
ADAPT
- Versatile Mounting Options
- Uses RepRap Style Nozzles
- Adjustable Z-Height




HOW TO CHOOSE THE CORRECT HEAT BREAK
- Copperhead™ Heat Breaks come in multiple variants to adapt to numerous 3D printers. Use the 3D Printer Compatibility Chart below to determine which Bimetallic Heat Break™ is best suited for your application.
- NOTE: Only the Standard Variant fits the Copperhead™ Heat Sink


3D Printer Compatibility Table






Reviews


JOHN MULAC - 3D PRINTING WORLD
"I'm really impressed with the Copperhead's design. You can definitely tell it's a Slice Engineering product based on the quality and design aesthetic. There are a lot of neat features on the Copperhead, but what I appreciate the most is the adjustable height heat sink, the wrench flats on the hot block, and the direct mounted fan."


Technical Specifications


All dimensions and weights provided below are for reference only:

Heat Sink
Copperhead™ Heat Sinks come in two different variants to adapt to numerous mounting applications.
Mounting mechanism: Groove Mount
- Size: 41.5 mm high x 19.75 mm wide x 28 mm diameter
- Weight: 17.1 g

Mounting mechanism: Screw Mount
- Size: 31 mm high x 19.75 mm wide x 28 mm diameter
- Weight: 12.4 g

NOTE: Only the Standard Copperhead™ Heat Break fits the Copperhead™ Heat Sinks


Heat Break
Standard Variant - fits Copperhead™ Heat Sink & Raise3D Pro2
- Definition: M6 threaded distal end, 6 mm smooth proximal end
- Size: 18 mm length x 6 mm diameter
- Weight: 3.3 g

RepRap 1.75 Variant - fits E3D V6, Prusa 3D printers & more
- Definition: M6 threaded distal end, M7 threaded proximal end
- Size: 23 mm length x 7 mm OD
- Weight: 4.2 g

Mk 8 Variant - fits Makerbot Replicator & more
- Definition: M6 threaded distal end, M6 threaded proximal end
- Size: 27 mm length x 6 mm OD
- Weight: 4.3 g

Mk 10 Variant - fits MakerGear printers & more
- Definition: M6 threaded distal end, 7.78 mm shank with flats on proximal end
- Size: 27 mm x 7.78 mm OD
- Weight: 8.1 g

Hot Block
- The Copperhead™ Hot Block is available in one variant that fits all Copperhead™ Heat Breaks (Separate Listing). It features an M6 tapped hole to fit Rep Rap style nozzles.
- Size: 23 mm wide x 12.5 mm tall x 15.5 mm deep
- Weight: 18.0 g



Specification


Place of Origin
United States
Brand Name
Slice Engineering
Variants
See Compatibility Chart
Condition
Brand New
Category
Hotends
Manufactured In
United States


Packing & Delivery


Box/Bubble Mailer


FAQ


Should I get the Mosquito™ or the Copperhead™?
The Mosquito® and the Copperhead™ share our Bimetallic Heat Break™ technology, are both designed for high performance applications, and are beautifully designed and machined in America; but the similarities end there. The Copperhead™ is a traditional style hotend aimed at reducing heat creep and improving high temperature performance. It is the more budget conscious option. The Mosquito® has a radical design featuring a protective roll cage around the most thermally efficient heat break (85%!) available on the market. It allows for cold, one handed nozzle changes. Both options improve performance, so the choice is yours!


Company Profile


ABOUT US
When it comes down to it, we’re engineers. And when we encounter a problem, it’s compulsive for us to find a solution, or create one. We look to the greatest inventors in history and we see a shared vision: a contagious curiosity about how things work, and an insatiable desire to improve the world. That curiosity inspires us - a vision to push technology forward further than people thought was possible.

One of the great architects, Louis Sullivan, had a philosophy that has permeated design, engineering, and architecture: form ever follows function. Within the context of architecture, it means that the shape of a building should primarily relate to its intended function or purpose.

It’s simple, but profound.

And that philosophy led us to re-imagine some of the components on the 3D desktop printer we were using at the time. Were they optimally designed and structured based on their intended function? I told you it’s compulsive...

That lens to life has unlocked engineering discoveries that led to the formation of Slice Engineering. Because of these
discoveries, you can now print faster, with higher resolution, using engineering-grade plastics.


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