DIMA 3D Introduces New DIMAFIX 3D Printing Adhesive Spray to Avoid Warping and Sticking on Hot Print Beds
The moment a 3D print job finishes should be a sweet little victory in which you’re able to pluck a completed new object from the print bed and admire its exact dimensions. Sometimes, though, it just isn’t that easy; the material may have warped, slid out of place, or got stuck to the print bed. Trying to avoid these unfortunate circumstances, especially for 3D printers using heated print beds, is a key focus of global R&D in the 3D printing industry. In October, we heard about Airwolf 3D’s newly introduced Wolfbite spray that is intended to combat this very issue.
Spain-based DIMA 3D has the latest product designed for the 3D printing space: DIMAFIX is a new adhesive spray for use with FFF-based 3D printers.
The new product is intended for use with thermoplastic — especially ABS and nylon — materials being extruded onto warm beds. DIMAFIX is non-toxic, odor-free, and each 400-mL can contains enough product for more than 100 uses. When applied to the print bed, DIMAFIX is meant to provide a strong bond for the plastics being printed, with easy removal when done, and no warping.
To apply DIMAFIX to a print bed, wait for it to heat up — they recommend that it has a good, durable bond at temperatures over 50º C (about 122º F). While the print bed remains warm, objects being printed will remain firmly attached. To remove prints, just wait for the bed to begin to cool. Under 40º C (about 104º F), finished pieces can be taken off without the need for tools or much effort. DIMA 3D is now looking around the world for resellers of its new adhesive for use in 3D printing.
According to DIMA 3D, their DIMAFIX adhesive product:
- provides great grip between plastic and glass, so warping is not a problem even in large ABS parts
- can be used to print all kinds of thermoplastic materials
- activates adhesion properties at temperatures over 50º C
- works in large prints
- deactivates adhesion properties when the print bed temperature goes down to 40-50º C for easy detaching of the object
- is water soluble and easy to clean
- has a long useful life
When ready to begin a new 3D print, a user simply has to spray a light layer of DIMAFIX onto the heated bed in order to forestall warping. The design of the spray can is also intended to prevent nozzle blockages, due to the inclusion of an interior ball.
Until more resellers pick up the product, DIMAFIX is available online at DIMA 3D’s website. Cans are available in quantities of one (priced at 9,48 €) to six (44,92 € or 7,49 € each). Discounts follow a progression, with another 5% taken off the per-unit price for every two cans (i.e., two units have a 5% discount per unit, while four units are down 10% and six are reduced by 15%).
What do you think about DIMAFIX? Does it seem to offer enough differences from other adhesion products already on the market? Let us know how you think this product might measure up over in the DIMAFIX forum thread at 3DPB.com.
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
You May Also Like
3D Printing Software Market to Hit $6.78B Revenues by 2033
Additive Manufacturing Research (AMR) has released a new edition of its flagship market study, “AM Software Markets 2025: Analysis, Data and Forecast,” offering deep insights into the 3D printing software...
3D Printing News Briefs & Events Roundup: March 8, 2025
Starting this week, we’re shaking things up a little! We’ll be combining our 3D Printing News Briefs with a more curated weekly list of 3D printing webinars and events to...
3D Printing Financials: Stratasys Ends 2024 with Cost Cuts and Growth Plans
Stratasys (Nasdaq: SSYS) has wrapped up 2024 with stronger margins but a full-year net loss. The polymer 3D printing leader navigated a year of economic headwinds, restructuring efforts, and shifting...
Stratasys’ 3D Printing Takes on Cadavers in Surgery Training and Imaging
Stratasys and Siemens Healthineers have developed 3D printed, patient-specific anatomical models that replicate human tissue with incredible accuracy, transforming medical imaging, surgical planning, and education. Traditionally, surgeons have relied on...