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WAZER Desktop - Waterjet Cutter

WAZER-DESKTOP-STAND
10,799.00 € 10,799.00 €
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from 166.00 €/month
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The WAZER Desktop revolutionizes CNC waterjet cutting by offering an affordable, compact, efficient, and safe system, designed for workshops, engineering labs, design studios, and educational environments. This professional CNC waterjet cutter allows working with a wide range of materials, including metals, plastics, glass, ceramics, composites, rubber, and foam, with millimetric precision and clean cuts without thermal deformation. Its compact design and ease of use make it the ideal tool for in-house prototyping and on-demand production, optimizing processes without the need for bulky industrial machinery.

Video 1: Presentation of the Wazer Desktop waterjet cutter.

Precise cold cutting for delicate materials

The cold cutting process of the WAZER Desktop ensures no heat-affected zones or mechanical stresses, allowing fragile materials like glass, ceramics, or porcelain to be cut with complete safety and repeatability. This machine eliminates the need for special ventilation, as it produces no gases, vapors, or toxic liquids during cutting. The combination of safety, cleanliness, and precision positions the WAZER Desktop as a reliable solution for any workspace requiring high-quality cuts.

Video 2: How waterjet cutters work.

Video 3: Comparison of parts cut with plasma and water.

Comparison: WAZER Desktop vs. WAZER Pro

The WAZER Desktop is equipped with a 0.8 kW hydraulic pump, and its 4000 psi working pressure allows clean cuts in aluminum up to 13 mm, stainless steel up to 5 mm, stone and glass up to 13 mm, as well as plastics, rubber, composites, and high-density foam.

Feature WAZER Desktop WAZER Pro
Hydraulic power 0.8 kW 2.1 kW
Nominal pressure 4000 psi 7150 psi
Cutting area 12” x 18” 12” x 18”
Max aluminum thickness 13 mm 25 mm
Max stainless steel thickness 5 mm 10 mm
Max glass & stone thickness 13 mm 25 mm
Continuous cutting time 60 min 90 min
Abrasive management Partial, requires manual cleaning 100% collected, no jams
Weight 52 Kg (empty) 170 Kg (empty)
Used abrasive collection <0.15 kg/min (Collects part of the abrasive, requires cleaning cycles) >0.15 kg/min (Collects all used abrasive during cutting)

Ceramic tile and silicone pipe gasket cut with the Wazer Pro

Photo 1: Ceramic tile and silicone pipe gasket cut with the Wazer Pro. Source: wazer

Materials Compatible with Waterjet Cutters

The WAZER Pro and WAZER Desktop waterjet cutters offer versatile solutions for working with a wide range of materials, from metals and glass to plastics, composites, and rubbers. Although both machines share the same cutting technology, they have key differences in terms of maximum thickness capacity, cutting speed, and drilling times.

The following comparison table clearly and systematically summarizes the thickness limits and drilling time ranges for each material on both models, helping to evaluate which option best fits the needs of each project. You can also find a cutting calculator and a detailed table by material category and type on the manufacturer's website.

Material Minimum Thickness (mm) Maximum Thickness (mm) Minimum Drilling Time (min:sec) Maximum Drilling Time (min:sec)
Aluminum 1 25.4 (Pro) / 13 (Desktop) 0:01 8:15 (Pro) / 4:57 (Desktop)
Brass 0.5 19 (Pro) / 6 (Desktop) 0:04 3:43 (Pro) / 2:05 (Desktop)
Copper 0.5 13 (Pro) / 4 (Desktop) 0:01 5:23 (Pro) / 1:15 (Desktop)
Carbon Steel 0.5 10 (Pro) / 5 (Desktop) 0:01 3:45 (Pro) / 1:42 (Desktop)
Stainless Steel 0.5 10 (Pro) / 5 (Desktop) 0:01 3:06 (Pro) / 2:15 (Desktop)
Titanium 0.5 10 (Pro) / 5 (Desktop) 0:01 2:40 (Pro) / 1:47 (Desktop)
Tool Steel 0.5 8 (Pro) / 4 (Desktop) 0:02 3:03 (Pro) / 1:36 (Desktop)
Borosilicate Glass 1 25.4 (Pro) / 14 (Desktop) 0:01 1:13 (Pro) / 1:02 (Desktop)
Soda-lime Glass 1 25.4 (Pro) / 20 (Desktop) 0:02 0:57 (Pro) / 1:45 (Desktop)
Acrylic 1 25.4 (Pro) / 17 (Desktop) 0:01 2:44 (Pro) / 2:27 (Desktop)
HDPE 1 25.4 (Pro) / 18 (Desktop) 0:01 3:33 (Pro) / 3:03 (Desktop)
Polycarbonate 1 25.4 (Pro) / 13 (Desktop) 0:01 4:55 (Pro) / 3:05 (Desktop)
Carbon Fiber 0.5 25.4 (Pro) / 8 (Desktop) 0:01 1:39 (Pro) / 3:03 (Desktop)
Ceramic Tile 3 25.4 (Pro) / 13 (Desktop) 0:02 2:03 (Pro) / 1:46 (Desktop)
Porcelain Tile 3 25.4 (Pro) / 13 (Desktop) 0:02 2:03 (Pro) / 1:46 (Desktop)
Marble 3 25.4 (Pro) / 13 (Desktop) 0:01 1:00 (Pro) / 1:46 (Desktop)
Granite 3 25.4 (Pro) / 13 (Desktop) 0:02 1:31 (Pro) / 1:46 (Desktop)
Neoprene 50A 2 25.4 (Pro) / 17 (Desktop) 0:01 0:25 (Pro) / 3:02 (Desktop)
Silicone 50A 2 25.4 (Pro) / 21 (Desktop) 0:01 2:05 (Pro) / 9:11 (Desktop)
Polyurethane 60A 1 25.4 (Pro) / 11 (Desktop) 0:01 2:05 (Pro) / 0:56 (Desktop)
PU Foam 13 25.4 (Pro/Desktop) 0:01 0:05 (Pro) / 0:01 (Desktop)

Sectors Using Waterjet Technology

Aerospace Industry: ideal for creating functional prototypes and parts in advanced materials such as carbon composites or aerospace-grade aluminum. It enables faster design and testing cycles without relying on external suppliers.

Automotive: manufacturing custom components for high-performance vehicles, metal parts for restorations, plastic part prototyping, and cutting rubber gaskets with maximum precision.

Manufacturing and Production: perfect for companies looking for on-demand production of metal, plastic, or ceramic parts. The ability to cut different materials on the same machine streamlines processes and reduces operational costs.

Video 4: The versatility of Wazer cutters allows them to be used in countless applications.

Art and Architecture: sculptors, artisans, and architects take advantage of cutting glass, stone, or tiles to create complex designs that previously required long and costly manual processes.

Video 5: Artisans from The Glass Underground use WAZER waterjet technology in their studio.

Education and Technical Training: universities, technical institutes, and innovation centers incorporate the WAZER Pro in their labs to give students hands-on experience with a technology used in the global industry.

Small workshops and makerspaces: thanks to its compact size and ease of use, it has become a strategic tool for independent workshops and industrial coworking spaces seeking differentiation through advanced manufacturing.

Success Stories: How WAZER Transforms Production

AutoXross Motorsport – On-Demand Production of Racing Parts

AutoXross Motorsport, a specialist in racing cars for the National Hot Rod Circuit in Europe, integrated WAZER to improve its manufacturing process. By combining digital CAD design and waterjet cutting, the company was able to produce complex aluminum, fiberglass, and carbon fiber parts directly in its workshop with speed, precision, and repeatability. This allowed them to manufacture everything from technical oil pans with circular flow to aluminum patterns for plasma and custom cockpit components, significantly reducing costs and labor hours. WAZER enabled them to iterate designs twice as fast and create parts previously impossible to produce, enhancing overall vehicle quality and contributing to their competition success.

AutoXross Motorsport successfully manufactured custom parts for their racing vehicles

Photo 2: AutoXross Motorsport successfully manufactured custom parts for their racing vehicles. Source: Wazer.

NVIDIA – Failure Analysis with Waterjet Cutting

NVIDIA, a global leader in processors for AI, high-performance computing, and autonomous vehicles, integrated Wazer machines in their R&D lab for failure analysis of components. The machine enabled cutting semiconductors, chips, and other delicate materials without heat or chemicals, improving precision and efficiency compared to traditional methods like wet saws. This solution allowed the engineering team to reduce risks, identify failure points before production, and conduct repeated tests multiple times per week. Additionally, the machine's accessible cost made adoption easy without administrative complications, becoming a valuable resource in the lab.

Video 6: The waterjet cutter was used by NVIDIA to evaluate the quality of its products.

Intuitive Software and Optimized Workflow

The included WAM software allows importing DXF and SVG files from design programs like Adobe Illustrator, AutoCAD, Fusion 360, and SolidWorks. The interface guides each step of the cutting process, from material selection to estimating time and abrasive, optimizing productivity and reducing errors. Cutting files are transferred via SD card, enabling offline operation and ensuring compatibility with multiple work environments. The WAZER Desktop includes certified settings for different materials, with the option to create custom configurations according to project needs.

Video 7: Operation of the WAM software included with the waterjet machine.

Benefits of the WAZER Desktop Waterjet

This CNC waterjet cutter accelerates design cycles, reduces dependence on external suppliers, and minimizes operating costs. The WAZER Desktop allows functional prototypes to be made in a single day, designs to be iterated quickly, and products to be customized with professional precision. Its efficient abrasive collection system and minimal maintenance ensure continuous workflow, while the machine’s versatility allows cutting complex metal parts as well as foam, gaskets, and advanced prototyping elements.

Available in Two Versions: With and Without Stand

The WAZER Desktop is available in two configurations to suit any workshop or educational space. The version with a stand provides a stable structure for prolonged operation and maximizes user ergonomics. The version without a stand offers a more compact and flexible format, ideal for spaces with limited room or requiring mobility within the workshop. Both versions maintain the same professional cutting and industrial precision features that have established WAZER as a leader in accessible CNC waterjet technology.

Video 8: A user reviews the WAZER Desktop in its version with stand.

Conclusion: Industrial Precision Within Everyone's Reach

The WAZER Desktop democratizes CNC waterjet cutting, offering a professional, compact, and safe solution for any workspace. The availability of versions with and without a stand allows adaptation to different needs and spaces, ensuring precise and repeatable cuts across a wide range of materials. Investing in the WAZER Desktop means optimizing productivity, accelerating design and production cycles, and guaranteeing consistent, high-quality results, transforming the way advanced industrial cutting technology is used.

Video 9: A user reviews the Wazer Desktop CNC waterjet cutter, calling it a game-changing tool for workshops, industries, and educational centers.

General information

Manufacturer Wazer
Technology Waterjet
Certificates CE

Machine properties

Ambient operating temperature 0 – 70 ºC
Maximum sound level 85,4 dB
Integrated webcam
Abrasive material 80 Mesh Alluvial Garnet
Dimensions of the workspace 305 x 460 mm
Kerf (width of cut) 1.1 mm
Abrasive rate 0.15 kg/min
Continuous cutting time 60 min
Gantry Max Speed 1,500 mm/min
Gantry positional accuracy 0.08 mm
Abrasive hopper capacity 13.5 Kg

Software and connectivity

Software WAM
Supported files .dxf |.svg | .gcode
Connectivity SD Card

Electrical properties

Input 100-240 VAC
Consumption 3700 W

Dimensions and weight

Dimensions 856 x 648 x 551 mm
Weight [empty tank] 170 Kg | [filled tank] 360 Kg
Package weight 230 Kg

Other

HS Code 8477.5900

Cutting speed:

Varies depending on the material and thickness. See all cutting speeds.

Maximum cutting thickness:

Varies by material. Check the maximum cutting thickness for each material.

Maintenance procedures:


Short-term maintenance (Interval: 20–50 cutting hours).
Medium-term maintenance (Interval: 300 cutting hours).
Long-term maintenance (Interval: 600 cutting hours).

Water input and output management for WAZER CNC waterjets

WAZER cutters are quite easy to install. Only two things are needed besides electricity: a water connection for supply and a drain for wastewater.

This video provides practical solutions to optimize both water input and output. More information about this procedure is available under the Attachments tab.

Video 1: Water input and output management for WAZER CNC waterjets.

Cutting thin materials with WAZER

Although WAZER is ideal for cutting sheets and other thin materials, shim stock is so delicate that its powerful waterjet could damage it.

This video shows several techniques to successfully cut this material without distortions. More information is available under the Attachments tab.

Video 2: How to cut thin materials with WAZER waterjet cutters.
Convert a hand drawing into a digital file

The WAM software allows artists and creators to efficiently and easily turn a drawing into a digital file.

This video explains the procedure. More information is available under the Attachments tab.



Video 3: How to convert a hand drawing into a digital file.

More information can be found on the WAZER forum. Additionally, user manuals and the quick start guide are available under the Attachments tab.

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