What Is SLA 3D Printing?

SLA 3D Printing is a form of 3D printing that uses a laser or ultraviolet light source to harden a liquid resin into plastic. This style of printing works by layering the hardened plastic product to build the body of the three dimensional subject. SLA (stereolithography apparatus) technology was originally developed in Japan in the early 1980s as a system of 3D printing that could print functional products in a small amount of time. Today, SLA is still a widely popular form of printing and is often used in the  manufacturing of production materials and creation of high quality plastic models.

What is SLA 3D Printing used for?

  • SLA printing was originally created for the purpose of engineers producing high quality, plastic, prototypes in a time efficient manner. This is still a primary use of SLA printing.
  • This form of 3D printing has also gained popularity in the medical field. It is often used to create anatomically correct diagrams of the human body, used for education.
  • Many manufacturers also use SLA printing in the production of goods that have plastic components such as; jewelry, dentals tools, car parts, and prosthetics.

Cleaning SLA 3D Printing Machinery

SLA 3D printers generally consist of 4 parts; the resin tank, laser light source, perforated platform (building surface), and computer that controls the machinery and design. After a design has been completed, machine parts require some cleaning to ensure no resin is left to harden onto the surfaces. The best way to clean your SLA printing device is to wipe clean the surface with isopropyl alcohol (IPA).

For industrial and machine cleaning, Isopropyl alcohol (IPA) is preferred over other alcohol cleaning agents such as Methyl Alcohol, Ethyl Alcohol, and Butyl Alcohol, as IPA has an ideal evaporation rate and vapor density in comparison to these other alcohol cleaning agents. At Ecolink you can find high quality, isopropyl alcohol to clean your SLA printer, ensuring the cleanliness and longevity of your device. Contact us today or shop our industrial cleaners and degreasers conveniently online here.



Degreasing Methods: What is Vapor Pressure Cleaning?

Degreasing is one of the most common industrial cleaning operations. From engine parts to handheld tools, practically every company and organization that uses equipment that accumulates grease must perform degreasing to keep the equipment in ideal condition for its application. One way that this can be done is vapor pressure cleaning — a process in which pressurized vapor from a cleaning agent powers away tough accumulations of grease.


How Vapor Degreasing Works

Unlike degreasing operations that are performed in open air with the use of aerosols, spray liquids, and wipes, vapor degreasing is performed inside a machine that’s specially designed to vaporize a solvent and pressurize the vapor to make it remove grease from parts that are arranged inside the machine. Below is the basic, eight-part process in which vapor pressure cleaning is used to remove heavy grease from parts and leave them looking practically new.

  1. Work pieces are placed inside the vapor degreasing machine.
  2. Solvent is placed in a basin inside the machine.
  3. The machine is closed for the cleaning process.
  4. The solvent basin’s heating coil vaporizes the solvent.
  5. The machine builds pressure to make the vapor degrease.
  6. Solvent drips away from degreased parts, leaving them clean.
  7. Excess solvent is condensed for recycling or enters a waste trap.
  8. Parts are removed from the machine and re-implemented.

In some cases, the vapor degreasing process also entails rinsing workpieces in a separate chamber inside the machine to ensure no solvent residue remains, spraying workpieces with a solvent before they enter the machine to speed up the cleaning process, and/or using vacuum degreasers when the machine employs a vacuum to vacuum degreasing system.


Benefits of Vapor Degreasing

Regardless of what comprises the vapor pressure cleaning process, performing it properly can offer several important benefits that help the user execute an efficient cleaning operation, ensure that parts are entirely clean, and curb expenditures for industrial degreasing solvent.

  • Eliminates the threat of oxidation and water spots on workpieces
  • Prepares parts for finishing processes such as painting and welding
  • Cleans precision parts faster than manual cleaning operations
  • Offers the opportunity to collect and recycle vapor degreaser

Vapor pressure cleaning is a highly effective method for degreasing precision parts and tools, but two things are always necessary for maximum effectiveness: a parts cleaning machine that facilitates vapor degreasing and using the right type of degreaser for the cleaning process. If you need advice on either requirement, the solvent specialists at Ecolink can help.


Contact Ecolink for Assistance

Vapor degreasing is a simple process that relies on complex machinery and carefully formulated cleaning agents. Because purchasing the vapor pressure cleaning machine and buying solvent is where most of the cost comes in, it is economically imperative to choose the right equipment and cleaner from the start. Using our expertise in parts washing and cleaning solvents, we can help you do this. Just call us today at (800) 563-1305, or contact us today. We look forward to helping you realize the benefits of vapor degreasing!

Printing with N Propynol

Printing with N-Propanol