ORYX sca3600

A large industrial high throughput 3D printing post processing solution for removal of soluble support materials on 3D printed parts.

Soluble Support Material Industrial Remover

The ORYX sca3600 is a large industrial & high throughput 3D printing post processing solution for removal of soluble support materials on 3D printed parts.

It provides demonstrated options to perform support removal on multiple materials such as ABS, ASA, PC, Nylon, PEEK, etc.

ORYX sca3600 Features

oryx sca3600 post processing

Overview

The sca3600 provides a larger system capacity with a range of cleaning options and accessory components. Its reliable, easy-to-use, and quiet operation makes it a superior product for Additive Manufacturing (AM) service firms and industrial manufacturers, where producing larger intricate parts and/or high throughput is necessary.

Manufactured for long-term reliability in highly caustic industrial environments while providing limited maintenance and simple servicing, sca3600 by ORYX is the benchmark standard for large part/high volume soluble support removal.

Fully compatible with all soluble support material concentrates

In removing support for FDM/FFF and Material Jetting processes, such as PolyJet or Extrusion Technology, the sca product family provides a wide range of predefined machine settings and is fully compatible with all soluble support material concentrates, from water to caustics.

It further provides the user with the appropriate level of agitation to balance the needs of heavy removal while maintaining critical dimensions on delicate or intricate part geometry. With additional features that include a simple electronic interface for pre-set temperature & time, easy part loading & unloading, and durable stainless-steel tank for caustic support removal operations, the sca3600 is your finishing solution!

ORYX scaWaterjet Specifications

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

  • Overall Size: 36.5L x 22.8 W x 42.8 H in. (92.7 L x 57.9 W x 108.7 H cm)
  • 16 x 16 x 14 in. (40.6 x 40.6 x 35.6 cm) Stainless Steel Removable Parts Basket
  • Capacity: 27 gallons (102 liters)
  • Power Requirements: 230VAC +/- 10%, ~ 50/60 Hz – 15A – 3400W
  • 4 x 4 x 4 in. (10 x 10 x 10 cm) Small Parts Basket included
  • Stainless Steel Tank & Durable Pumping System compatible with water-soluble and caustic-soluble printed support materials
  • Proven Support Removal from FFF/FDM parts including ABS, ASA, PC, Nylon, PEEK, and others
  • Presets designed for 3D printed parts temperatures: 50°, 60°, 70°, 85° C
  • User-controlled Digital Timer
  • Flow Reducer is included for delicate parts
  • Whisper-quiet Operation for in-office use or industrial setting
  • Integral Hinged Lid to reduce water waste & maintain accurate temperature
  • Built-in Safety Features such as Over Temperature & Water Level Alarms
  • Field replaceable Sub-assemblies
  • CE/ cTUVus/ RoHS/ WEEE/ RCM Regulatory Approvals
  • 1 Year Warranty & US-based Technical/Customer Support with strong AM industry experience
  • “Heat Off” temp. selection for Material Jetting & Curing (MJ), such as PolyJet

Example Post Processed Parts

Example 3D printed parts that have been cleaned with an ORYX machine, 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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