WAZER Mayku Multiplier Industrial Desktop Pressure Former
WAZER is the first desktop water jet that cuts a wide range of materials with digital precision at cost-effective pricing. The high-velocity jet uses a combination of high-pressure water and sand-like abrasive particles to cut through the workpiece.
Top WAZER Waterjet Desktop Features:
• Utilizes advanced technology for accurate results
• Compact and contained machine
• Compatible with any size workshop
• Cuts any hard and soft materials
• Waterjet cut at a fraction of the cost
• Quick Learning Curve
• Flexible Free-standing Option with Standup Accessory
| Price: | $6,499.00 (with add-ons) |
|---|---|
| Availability: | Only 2 left in stock. |
| Order Now: | Ships Today Free U.S. Shipping |
WAZER DESKTOP WATERJET
POWERFUL WATER JET CUTTING AT A FRACTION OF THE COST
WAZER uses a digitally-controlled high-velocity jet to precisely cut any material for any size workshop, all at cost-effective pricing.
Need more capabilities from your WAZER? Check out the WAZER Pro here.
Key Features of WAZER Waterjet Cutter:
- Advanced waterjet technology produces precise results
- Cuts an Extensive Variety of Materials
- Specially Designed Compact Footprint
- Easy and Safe to Use
- Quick Learning Curve
- Utilizes Cold Cutting Process
WAZER makes a splash on waterjet size and pricing so you can utilize a compact, quality waterjet cutting machine in your workshop.
- Avoid spending upwards of $100,000 on typical waterjets
- No industrial infrastructure required for use
- Store WAZER in any size workspace
- Can sit on workbench or be freestanding with Stand Leg accessory
Cut Any Material with a Single Machine
Expand the number of applications and projects you can create thanks to the portfolio of materials WAZER alone can cut through.
- Cuts metal, ceramic, plastic, rubber, carbon fiber, and more
- Cut Rates provided to achieve optimal production settings
- Use one machine to cut any type of pieces needed for a variety of projects
Experience Professional-Grade Waterjet Manufacturing
WAZER takes the anatomy of industrial waterjet machines and optimizes it into a compact form that continues to deliver professional-grade results, now accessible on a consumer base level.
- Produces 0.003” digitally precise cuts with smooth finishes
- Uses a cold cutting process to avoid heat-induced material warping
- Enclosure and emergency stop features included for a safe, easy-to-maintain production experience
Switch from Outsourcing to On-Demand Production
WAZER's operation costs are as low as an estimated $0.15/minute*, making on-demand production a no-brainer for your time and budget-sensitive application needs.
- Reduce turnaround for prototypes down from weeks to days
- Save big on productions costs for one-off/low volume batches
- *See Tech Specs for more details on operating costs
See How WAZER Customers are Succeeding
WAZER waterjet cutters are being used successfully in a wide variety of industries, saving businesses time and money. Download these case studies to learn more:
- Howe Industries/Thermasat - water-based propulsion system for small research spacecraft (CubeSats)
- Custom Creations, LLC - How a small family-ran business is succeeding with WAZER
What Comes with the WAZER Water Jet?
 |  |  |
|---|---|---|
| WAZER Desktop | WAZER Standup | WAZER Starter Bundle |
| $9,999 | $10,999 | $11,999 |
• WAZER (Main Unit)
| • WAZER (Main Unit)
| • WAZER (Main Unit)
|
| • Pump Box | • Pump Box | • Pump Box |
| • Stand Leg Accessory | • Stand Leg Accessory | |
| • 2,200 lb Pallet of Garnet | ||
| • WAZER Cut Bed 3-Pack | ||
| • Extra WAZER Nozzle |
What's Different Between the WAZER Desktop and Pro?
 |  | |
|---|---|---|
| Model | WAZER Pro | WAZER Desktop |
| Starting Price | $18,999 | $9,999 |
| Ideal Application | Professional, engineering, manufacturing | Small batch, Small businesses, workshops |
| Production Priority | Fast turnaround / Economically accessible | Budget-oriented / High economic accessibility |
| Form Factor | Free-standing | Desktop |
| CUTTING SPECS | ||
| Cut Rate* | Averages 4X faster (on certain materials/thicknesses) | --- |
| Pierce Time* | Averages 2.4X shorter (on certain materials/thicknesses) | --- |
| Maximum Cutting Thickness** | Up to 0.5" thicker (for certain materials) | --- |
| Continuous Cutting Time | 90 min (prior to refilling the abrasive hopper) | 60 min (prior to refilling the abrasive hopper) |
| ABRASIVE SPECS | ||
| Abrasive Hopper Capacity | 42lb (19.1kg) | 30lb (13.5kg) |
| Used Abrasive Collection | Collects all of the used abrasive during cutting. Accidental abrasive pileup on the bottom of the tank does not clog the abrasive collection ports. | Collects some used abrasive during cutting. Uncollected abrasive on the bottom of the tank can clog the abrasive collection ports |
| POWER SPECS | ||
| 110V-220V / 60Hz (North America) | Compatible with all countries whose electrical standard is 220V / 60Hz | Compatible with all countries whose electrical standard is 110V / 60Hz |
| Waterjet Main Unit | 220VAC, 60Hz 16.1A, 3700W | 100-240 VAC, 50/60Hz 2A, 200W |
| Pump Box | N/A (integrated into main unit) | 110-120 VAC, 60Hz 14A, 1,500W |
| HIGH PRESSURE WATER SPECS | ||
Hydraulic Power | 2,088 W (2.8 HP) | 820 W (1.1 HP) |
| Maximum Allowable Working Pressure | 8,600 psi (593 bar) | 4,600 psi (317 bar) |
| Maximum Working Flow Rate | 0.66 GPM (2.5 L/min) (at 7,400 psi) | 0.45 GPM (1.7 L/min) (at 4,000 psi) |
| Orifice Diameter | 0.021" (0.51mm) | 0.019" (0.48mm) |
| Orifice Material | Ruby or Sapphire | Ruby or Sapphire |
| INPUT WATER SPECS | ||
| Input Water Flow Rate (minimum) | 1.5 GPM (5.7 L/min) | 1 GPM (3.8 L/min) |
| CERTIFICATIONS | ||
| North America (60Hz) | N/A | UL, cUL, FCC |
| International (50Hz) | CE | CE |
| SPACIAL REQUIREMENTS | ||
| Minimum Weight Supporting Surface Must Withstand | 1,300 lb (600 kg) (Floor only) | 400 lb (180 kg) (Floor or table) |
| Height Clearance | 80" (2 m) (above the floor) | 25" (0.6 m) (above the top of the machine) |
| MISCELLANEOUS SPECS | ||
| Waterjet Size | 34" × 26" × 55" (856 × 648 × 1400mm) | Standup 34" × 26" × 48" (856 × 648 × 1220mm) Desktop 34" × 26" × 22" (856 × 648 × 551mm) |
Pump Box Size | N/A (integrated into main unit) | 21" × 15" × 10" (533 × 379 × 251mm) |
| Waterjet Main Unit Weight (empty tank) | 375 lb (170 kg) | 110 lb (50 kg) |
| Waterjet Main Unit Weight (filled tank) | 800 lb (360 kg) | 400 lb (180 kg) |
| Pump Box Weight | N/A (integrated into main unit) | 92 lb (42 kg) |
| Sound Pressure Level | 77.6 dB | 72.3 dB |
| Sound Power Level | 85.4 dB | 87 dB |
*Note that Cut Rate and Pierce Rate vary by material and thickness. Compare cutting speeds for each material by model here for specific cases. Cut Rate and Pierce Time are usually faster/shorter on the Pro than Desktop for most materials in most thicknesses.
**Note that maximum cutting thickness varies by material. View Cutting Speeds Compare maximum cutting thickness for each material by model here.
What Materials are Compatible with the WAZER?
- Aluminum
- Brass
- Copper
- Stainless Steel
- Steel
- Titanium
- Acrylic
- HDPE
- Neoprene
- Polycarbonate
- Polyurethane
- Silicone
- Borosilicate Glass
- Ceramic Tile
- Carbon Fiber
- and more!
What are the WAZER Technical Specifications?
DIMENSIONS | |
| Build Volume (L x W x H) | [Main Unit/Desktop] 34" x 25.5" x 22" (856mm x 648mm x 551mm) [Desktop with Standup] 34" x 25.5" x 48" (856mm x 648mm x 1220mm) [Pump Box] 21" x 15" x 11" (533 mm x 355 mm x 280 mm) |
| Main Unit Weight (Empty) | 110 lbs (50 kg) [Desktop] 130 lbs (59 kg) [Desktop with Standup] |
| Main Unit Weight (Loaded w/ Water) | 400 lbs (180kg) [Desktop] 420lbs (191 kg) [Desktop with Standup] |
| Pump Box Weight | 92 lbs (42 kg) |
| Cut Bed Area | 13" x 19" (305 mm x 460 mm) |
| Max Cutting Area | 12" x 18" (330 mm x 485 mm) |
| Max Cutting Thickness | See Compatible Materials Table |
| Kerf (Width of Cut) | .044 (1.2 mm) |
POWER | |
| Power | 100-240 VAC, 50/60Hz, 2A, 200W Max (Main Unit V1.5) |
| Outlet Requirement | 110 V / 60Hz (2 - 15A or 1 - 20A Circuits) (1 for Main Unit and 1 for Pump Box) |
OPERATION | |
| Max Working Pressure & Flow Rate | 4600PSI (32MPa) at 0.5 gal/min (1.9L/min) |
| Est. Operating Cost: | $8.46 per hour of cutting (assumes purchase of a 2,200lb WAZER abrasive pallet) |
| Storage Condition | 0°C - 40°C / 32°F-104°F (Prolonged Storage) 0°C - 70°C / 32°F-160°F (24 Hour Storage) |
| Noise Emission | 74 + / - 3dB |
| Noise Pressure Level | 87 + / - 3dB |
| Operating Software | WAM |
| Operating Software Browser Compatibility | Chrome, Internet Explorer, Safari, Firefox |
| Connectivity | Tetherless via SD Card |
| Compatible Design Files | .dxf, .svg |
GANTRY | |
| Max Linear Speed | Up to 75ipm (inches per minute) (1905 mm/min) |
| Positional Precision | 0.003" (0.08mm) |
WATER | |
| Water Source | Filtered Tap Water |
| Input Water Filter | ~300 mesh |
| Input Water Requirement | >1gal(3.8L)/min; > 35Psi(2.4Bar); TDS<180mg/L; 130F/54°C |
| Water Draining | >0.5gal(1.9L) /min; <30 feet (9m) length |
| Draining Hose Requirement | < 4 feet (1.2m) elevation |
| Water Recirculation | NOT Recommended |
ABRASIVE | |
| Abrasive Type | 80-Mesh Alluvial Garnet |
| Abrasive Flow Rate | 140g~150g/min |
| Abrasive Capacity | 30lbs (13.5 kg) |
| Abrasive Reuse | NOT Recommended |
OTHER SPECS | |
| Warranty | Limited 12 months starting from account activation |
| Enclosed | Yes |
| Easy Cleanup | Yes |
| Ventilation Required | No |
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Questions
I've used this and CarbonX, the competing 3DX Tech product. Oh my goodness, what a world of difference. The NylonX is everything you want from a carbon nylon product, which is to say excellent strength, superlative layer bonding, exceptional toughness, great bridging, great dimensional stability. Really this is all around my #1 favorite performance filament, and excluding certain applications where carbon filled PC is better, this is what I reach for when I need a high performance part for an end-line product. This fantastic material couldn't be more different from the 3DX Tech CarbonX. 3DX Tech makes a big point of saying how their material has a higher tensile strength, and this might be possible, however they do so at a major cost of toughness, layer bonding, and all around performance. Their material I'd outright call brittle, it snaps readily even off the spool, whereas NylonX needs to be cut, it doesn't break off the spool. This is the gen3 CarbonX Nylon from 3DX Tech I'm talking about which has these problems. Needless to say, I'm back on Matterhackers' NylonX and in a big way. The real world product performance is just so much better, and we'll continue to faithfully use it in our production products. The customer support is much better as well. I know this is the question section, however having forwarded this positive feedback to Matterhackers support team, they suggested I share it here. :) I hope this helps anyone comparing the two products.
Will NylonX absorb moisture once a part is printed, will absorbing water make the pieces change shape or dimensions
WHAT IS THE MATRIX OR BASE THERMOPLASTIC FORMS THIS FILAMENT
Do you need a heated bed plate ?
Does this print well on a stock Prusa i3 mk2s?
How well does NylonX stay together in very cold temperatures?
Can your post process parts be sealed with clear coat or epoxy to prevent moister absorption?
I trying to print with the settings from the video. I am having a problem with the finish being really rough like sandpaper and the material wanting to curl up. Any ideas on what I need to try to fix the issue?
What is a is the recommended infill for printing when it comes to strength?
How does NylonX compare to your polycarbonate filament in terms on overall strength and rigidity? Which filament would be better for RC car / quadcopter parts? Would NylonX work for gears or would one of your other nylon products be better suited?
Can I use this with a 1.75mm x 0.25mmhardened steel nozzle or is it too thin?
do I need an enclosure around the printer (like ABS) to print with this material? I plan on printing very large parts.
Can I purchase a spool of NylonX, then print without baking in an oven and expect good results? Is everyone using an oven beforehand to pre-bake their spools? Or is this the recommended procedure after leaving NylonX out in a non-sealed environment for a while?
The maximum my nozzle will go to is 220 C. It looks like it is recommended to be 240-260 C. Will it work at this slightly lower temperature?
what do use to glue parts together?
what is the spool size , all dimensions
What is the compatibility of NylonX CF to engine oil and/or other petroleum based products
WHAT IS THE DENSITY OF THIS FILAMENT?
Can I ask where you got the storage bins seen at about 4:30 in the video? I have found some online but they seem very expensive for what they are... Yours look "off the shelf" and probably much cheaper :)
Can this material be used to make pieces that are going to be submerged in water and suffering from water friction?
ok I have a Bambu x1 carbon with a .04 mm nozzle and a .02 mm nozzle I can use. also a using a texture plate. I have not had much luck printing with this filament. any helpful tips to make it so I can print with this filament
Is the NylonX carbon fiber filament considered self-lubricating?
Do you have a SAFETY DATA SHEET for NylonX that has an emergency contact number? My corporate safety team won't except a SDS without the contact number so I can't get them approved for use in our facility. Thank you for any assistance you can give me in advance.
What size nozzle should I use to prevent the chopped CF from clogging? Will a .4mm stainless or hardend steel work or should i go larger?
What is the shrink % for nylon x for slicer compensation? Thank you
Does NylonX work with heat-thread inserts? If so, what's an optimal temperature to heat the inserts? I've been using SL-type brass inserts on my PLA parts with great success, but I'd definitely change types or brands if there's a specific one recommended for use with this product
Recommended nozzle diameter? .4 vanadium by slice clogged and caused a failure that resulted in a major repair to the machine.
Does NylonX require a direct drive extruded or will a Bowden extruder suffice? Thanks!
Hello, What is the Yield stress, Young's Modulus and Poisson's ratio of the NylonX material. I was looking at the technical data sheet but this information was not available. I was hoping to get more information. Thanks, Eric
How does Nylonx compare with ABS in terms of heat resistance? I am looking at printing functional parts for my engine compartment. (Air intake) Was wondering if it would be worth using Nylonx. Will it withstand more than 80 degrees Celsius repeatedly without losing strength?
Hello Are there any sellers in the UK of genuine NylonX? I want to try this filament, but I want to make sure I am buying the genuine stuff and not PETG or PLA junk sporting your labels. Thanks
Is the monoprice delta mini a good enough printer to use this filament?
What is the max operational temperature this can handle?
What is the rate Tg? is it higher or lower than Taulmans Alloy 910?
I dont think this is correct, Nylon has a low Tg but keeps its strength at temperatures above Tg. The Vicat softening point is a better meassure of temperature resistance. Som nylons have a Vicat softening point of 180C with a Tg of 67C as compared to polycarbonate with a Tg of 147 and a Vicat softening point of 140C to 150C
The heat deflection temperature is similar to other nylons - 65-85C depending on the load.