Snapmaker J1s High Speed IDEX 3D Printer

Regular price: Price: $999.00
Regular price: List Price: $1,599.00
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Select Option J1S IDEX 3D PRINTER (UPGRADED HOT ENDS) Comes with J1s IDEX 3D Printer (Dual 0.4mm hot ends included）and Dual 0.4mm/Hardened Steel/All-metal hot ends. Effectively reduce filament clogging.

Product variants

Free shipping is available to continental United States, and applies to all locations for weight 0 lbs – 70 lbs. Additional shipping charges may apply to Alaska and Hawaii.

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Product Overview

Infinite Possibilities with IDEX: Print in Parallel with Copy Mode & Mirror Mode, Dual-material Printing, Breakaway and Dissolvable Support Printing
Fastest IDEX 3D Printer: Max. Speed 350mm/s, Max. Acceleration 10,000mm/s²
Innovative IDEX Calibration: Hands-free XY Offset Calibration, Tool-free Bed Leveling,
Easily-managed Z Offset Calibration
Easy-to-use: Tailored IDEX 3D Slicer in Luban, 5" Touchscreen
Well-built Hardware: Linear Rails, One-piece Die Casting, Aluminum Alloy Frame

The main differences between J1 and J1s are as follows
1. The J1s is equipped with the additional Print Cooling Fan. You won't need to remove the top panel to print PLA.
2. In the package of J1s, we replaced the white PLA with Breakaway Support for PLA so that you can try support printing right away.
3. We also pre-installed the doors and side panels for you, making it even easier to start right off.
4. If you plan to buy a J1 model and have the need for extra print cooling, you can choose either a J1 plus an Upgrade Kit or a J1s.

Specifications:

Printing Properties

Technology: Fused Filament Fabrication (FFF)

Extruder System: Independent Dual Extruders (IDEX)

Printing Modes: 1. Default Mode 2. Backup Mode 3. Copy Mode 4. Mirror Mode

Build Volume (W × D × H): Default Mode & Backup Mode: 300 mm × 200 mm × 200 mm; Copy Mode: 160 mm × 200 mm × 200 mm; Mirror Mode: 150 mm × 200 mm × 200 mm

Layer Height (with 0.4 mm nozzle): 0.05 mm–0.3 mm

Build Plate: PEI glass plate

Max. Heated Bed Temperature: 100°C

Nozzle Diameter: 0.4 mm (included); 0.2 mm, 0.6 mm, 0.8 mm, Hardened (optional)

Max. Nozzle Temperature: 300°C

Filament Diameter: 1.75 mm

Supported Materials^[5]:PLA, ABS, HIPS, PC, TPU (Hardness ≥ 90 Shore A), TPE, PETG, ASA, PP, PVA, PA, PA-GF, PA-CF

Data Transmission Methods: Wi-Fi, USB cable, USB flash drive

Average Operating Noise: < 50 dBA

Machine Properties

Dimensions (W × D × H): 539 mm × 401 mm × 464 mm

Net Weight: 25 kg (J1) ; 27.8 kg (J1s)

Touchscreen: Size: 5 in.; OS: Android; Resolution: 1280 × 720 pixels

Memory: 1 GB RAM, 8 GB eMMC

Repeatability of Linear Rails^[6]:± 0.03 mm (X/Y); ± 0.02 mm (Z)

Expected Lifespan of Linear Rails^[7]:Over 10 Years

Operating Conditions

Operating Environment: Temperature: 10ºC–35ºC; Relative Humidity: 10%–90% (non-condensing)

Storage Environment; Temperature: -20ºC–55ºC; Relative Humidity: 10%–90% (non-condensing)

Power

Input: Rated Voltage: AC 100 V–240 V, 50 Hz/60 Hz; Rated Current: 4.4 A Max.

Output: DC 24 V, 400 W Max.

Software

Supplied Software: Luban (third-party software supported)

Supported OS of Luban: Windows, macOS, Linux (only tested on Ubuntu)

Supported File Formats: STL, OBJ, 3MF

Output File Formats: Gcode

Infinite possibilities with IDEX.

Copy mode & Mirror mode.

IDEX is the only extrusion system with two separate extruders moving independently on the X-axis, enabling you to run two prints simultaneously. Halve your wait time, double your productivity.

IDEXcel in dual-material printing.

In one print, you make the most of two sets of properties. Combine the strength of nylon with the flexibility of TPU for functional parts that can stand daily wear and tear impressively.

3D printing support structures.

J1s supports dissolvable and breakaway materials printing. Breakaway filament is much easier to remove without the need for further post-processing. Dissolvable support is right for complex geometry, hollow structures, and exquisite details.

Less waste & faster filament changing.

Compared with a multi-material unit, IDEX dual-material printing requires less time in filament changing and creates less waste.

High speed IDEX 3D printing.

Vibration compensation.

J1s brings you a top-of-class printing speed of 350 mm/s while ensuring a high resolution of prints. It is made possible by the optimization of the vibration compensation technology. With the maximum acceleration of 10,000 mm/s², you can realize small models packed with details with efficiency.

Seamless extruders switching.

The non-working extruder preheats while on standby, and starts printing right after the working extruder leaves, significantly reducing your waiting time.

Cornering optimization.

By analyzing the extruders' moving directions ahead of time, J1s is able to prevent problems like corner bulge, delivering better print quality at corners.

Strong print cooling system.

J1s has a strong print cooling system, comprising print cooling fans not only under the nozzles but also at the back panel. [1]

Innovative IDEX calibration.

Hands-free XY offset calibration.

When the two hot ends touch the square opening on the heated bed, it sends out electronic signals to suggest their exact locations, and J1s calculates the offsets between them. J1s then auto-compensates the offsets during printing to ensure perfect XY alignment that avoids layer shifting and improves the success rate of dual-material prints.

Tool-free bed leveling.

Using a PEI glass plate of high flatness, J1s can downsize from a 3 × 3 (9 points) or 4 × 4 (16 points) leveling to a 3-point one with no compromise on levelness and downtime dropped by 70–80%[2]. Turn the leveling wheel as guided on the touchscreen, and the bed is leveled for tip-top first-layer adhesion.

Easily-managed Z offset calibration.

Using electrical conduction, J1s can calculate the distances between the hot ends and the heated bed. Thus, we were able to cut the step of moving the calibration card back and forth while adjusting the Z offset.

Speed ensured by elaborate hardware design.

One-piece die casting.

The body of J1s comprises an upper frame and a base made by one-piece die casting, and four aluminum alloy bars. Making the body with just a few highly integrated parts—an approach long adopted by the automotive industry—facilitates precision assembly.