ORYX scaWaterjet

A water jetting spray booth capable of coarse and fine support material removal during 3D printing post processing.

Water-pressure based cleaning system

ORYX scaWaterjet is capable of removing support material from 3D printed models with rapid bulk and fine detail jetting options.

The ergonomic, aesthetically considered design and other unique features make it a superior product for additive manufacturing service firms, industrial manufacturers, laboratories, offices and other firms with in-house prototyping capability.

Oryx Waterjet Features

oryx waterjet

Coarse and fine support removal

The ORYX scaWaterjet is a water jetting spray booth capable of coarse and fine support material removal for various Additive Manufacturing (AM) / 3D Printing processes.

Plumbed or water tank capable

Plumbed direct or used stand-alone with an included mobile water tank allows for industrial uses or difficult-to-plumb situations such as offices.

Ergonomic operation

It features a gasketed window with internal mount wiper blade assembly for clear view of the LED-illuminated work area, ergonomically-considered front cabinet design & gloved ports for operator part handling.

Two spray wands

Two water-jetting spray wands – both capable of high- and low-pressure operation to fit the needs of support removal for your delicate and rigid parts alike.

Easy and safe operation

The covered mobile support frame minimizes collection of shop debris and dust inside the cabinet, while also allowing for a sit/stand option for operators, with easy access to the pump and holding tank.

Specifically designed for AM

The scaWaterjet was specifically designed to meet your Advanced Manufacturing (AM) based water spray and jetting needs.

ORYX scaWaterjet Specifications

Designed for User Productivity and Comfort, Engineered for Function and Quality

  • Overall Size: 30.0 W x 29.5 D x 71.5 H in.(76.0 W x 75.0 D x 181.6 H cm)
  • Holding Tank Capacity: 5 gallons (19 liters)
  • Maximum Model Size: 19.5 x 15.5 x 8 in. (49.5 x 39.4 x 20.3 cm)
  • Power Requirements: 120V~ 60Hz – 15A or 230V~ 50 Hz – 8A versions
  • Electrical Protection: 15A / 225V AC Fuse
  • Maximum Pressure: 1700 psi (117 bars)
  • Dual Spray Wands/Nozzles: 15 spray bulk removal/ 0 spray fine detail removal
  • Dual Spray Speeds: High and Low capable with both wand/nozzle type
  • Easy-to-see work space w/ Integrated internal LED Lighting & Window Wiper
  • Fine and Coarse Screen Filters in work area w/ additional filter on intake hose
  • Integral closed Cabinet to protect Pump & Holding Tank area
  • Increased Mobility with Casters on All 4 Legs
  • 2 Function Modes for water hookup: (1) Direct plumbing – minimum flow of 1.5 gallons/min. (5.7 liters/min.), (2) Mobile self-contained w/ integrated Tank (no flow or external pressure req.)
  • Low Water Intake/ Consumption: Less than 1.5 gallons/min. (5.7 liters/min.)
  • Wide temperature operating range: 41° to 104° F (5° – 40° C)
  • CE, cTUVs, RoHS, WEEE Regulatory Approvals
  • 1 Year Warranty & US-based Technical/Customer Support with strong AM industry experience

Example Post Processed Parts

Example 3D printed parts that have been cleaned with an ORYX Waterjet, pick on the images below to enlarge

Industries we work with

TriMech Advanced Manufacturing is used in a wide variety of industries

Architecture 3D printing
Architectural Design & Construction
  • Model making
  • Urban planning
  • Concepts
Consumer product 3D printing
High Tech & Consumer Products
  • Aesthetic and function testing
  • Concepts and prototypes
  • Sales and marketing models
Medical 3D printing
Dental, Medical & Life Sciences
  • Anatomical models
  • Medical devices
  • Orthopedics
  • Prosthetics
  • Surgical planning models
Industrial design 3D printing
Industrial Products, Mold Tool & Die
  • Jigs, fixtures, and assembly tooling
  • Injection molding
  • Silicone molding
  • Sand and investment casting
  • Thermoforming

SCA Post-Processing Machines FAQs

Which types of 3D printers does the SCA work with?

How does the SCA clean support material off 3D printed parts?

What cleaning solutions are used in the SCA?

Is there a way to tell if the cleaning solution needs to be changed?

How much of the cleaning solution do I need to use?

How long will it take to remove the support material from my 3D printed parts?

Can I run the SCA overnight or continuously without any safety issues?

How do I dispose of used cleaning solution?

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