Mayku

Firmware Update: We're excited to announce some new features to the Mayku Multiplier! ✨🚀 Here's a list of what to expect... Adjustable Power: You now have the flexibility to choose the level of detail in your forms depending on your unique application requirements. Tank Pre-Charge: Our compressor now charges the tanks during the cooling process to reduce cycle time. Adjustable Pre-Charge Pressure: You have the freedom to set how much the tanks pre-charge. With a long cooling cycle, you won't have to wait for the compressor anymore. Clearer Metrics: We've replaced percentages with actual values for better understanding of the machine's operations. Material Settings Screen: Now, you can see all the material parameters we've set up for each profile on the confirmation screen before you begin forming. Let us know what you think of our latest firmware update at [email protected]. #TeamMayku #Mayku #Multiplier #FirmwareUpdate

FINAL CALL! 🚀✨ Last chance to share your Multiplier projects by tomorrow, 30th April, for the chance to win £500 of free sheets and a Reducing Plate!* Post a picture of your project before 30th April, on Instagram or Facebook with a description, material type and thickness along with the hashtag #madewithmayku for your chance to win. Or you can send us an email to [email protected] with 'Made with Mayku' in the subject line. We'll asses entries and the winner will get £500 of free sheets and a Reducing Plate!* *Terms and conditions apply: Entrants must be aged 18 or over and based in the following regions: EU, US, UK, Canada, Iceland, Norway & Switzerland. The winner will receive £500 worth of sheets (or currency equivalent) and a Reducing Plate. If the winner already has a reducing plate, they can instead request the same value in credit to applied to their Mayku account. By entering, you agree to be contacted by Mayku.

Competition time! 🚀✨ Share your Multiplier projects for the chance to win £500 of free sheets and a Reducing Plate!* Post a picture of your project before 30th April, on Instagram or Facebook with a description, material type and thickness along with the hashtag #madewithmayku for your chance to win. Or you can send us an email to [email protected] with 'Made with Mayku' in the subject line. We'll asses entries and the winner will get £500 of free sheets and a Reducing Plate!* *Terms and conditions apply: Entrants must be aged 18 or over and based in the following regions: EU, US, UK, Canada, Iceland, Norway & Switzerland. The winner will receive £500 worth of sheets (or currency equivalent) and a Reducing Plate. If the winner already has a reducing plate, they can instead request the same value in credit to applied to their Mayku account. By entering, you agree to be contacted by Mayku.

Competition time! 🚀✨ Share your Multiplier projects for the chance to win £500 of free sheets and a Reducing Plate!* Post a picture of your project before 30th April, on Instagram or Facebook with a description, material type and thickness along with the hashtag #madewithmayku for your chance to win. Or you can send us an email to [email protected] with 'Made with Mayku' in the subject line. We'll asses entries and the winner will get £500 of free sheets and a Reducing Plate!* *Terms and conditions apply: Entrants must be aged 18 or over and based in the following regions: EU, US, UK, Canada, Iceland, Norway & Switzerland. The winner will receive £500 worth of sheets (or currency equivalent) and a Reducing Plate. If the winner already has a reducing plate, they can instead request the same value in credit to applied to their Mayku account. By entering, you agree to be contacted by Mayku.

Throwback Thursdays to when we designed an entire mechanical keyboard casing to be made on the Multiplier. The case is cast in plaster polymer from a 1.5mm EVA Multiplier mold. Yes we're bringing back Throwback Thursdays, and yes the keyboard THOCKS. Questions? #TBT #Casting #design #engineering #mechanicalkeyboard

✨NEW CONTENT FORMAT ALERT✨: Introducing: 🔔WILL IT FORM⁉️🔔 Where we (Mayku) put things in our machine (the Multiplier) and see whether they pressure form! Today's material: PVDF ◻️ (Polyvinylidene fluoride OR really slippery incredibly detailed sheet material FTW). WILL IT FORM? YES ✔️ IS IT GREAT? YES ✔️ IS IT CHEMICAL RESISTANT? ✔️ DOES IT HAVE A LOW FRICTION CO-EFFICIENT/IS IT SLIPPERY SO MATERIAL DOESN'T STICK TO IT?) ✔️ WHAT CAN I USE IT FOR? - Electronics housings ✔️ - Medical applications ✔️ - Making the worlds greatest molds ✔️ - Baking ❌ CAN IT BE 3D PRINTED? ❌ (Well, it can be but it's pretty tough without a rather expensive 3D Printer) DOES IT PICK UP DETAIL? ✔️(Wonderfully so, just look at that grid pattern) So... WILL IT FORM? 👍 (That's a yes) Any questions, just let us know in the comments. Do you have any material or objects that you would like to be featured in on WILL IT FORM?! Just let us know in the comments.

Our Spanish partners @sicnova_3d are at the Empack event in Bilbao for the next few days with a Multiplier ready to demo! Swing by booth 2C12 if you’re in the area!

Are you looking to batch produce double-sided casings right from your desktop? We’re pleased to show you how the Mayku Multiplier helps to unlock this application with our new step-by-step guide detailing the entire workflow. In the guide we cover: ➡️ Tooling design for pressure forming ➡️ 3D printing a thermoforming tool ➡️ Pressure forming your parts on the Mayku Multiplier ➡️ Trimming excess material ➡️ Bonding two sides together ➡️ Setting up for jig-assisted laser cutting ➡️ Finishing your parts Download the guide now and let us know how you get on! https://bit.ly/3T4Lhpg #MaykuMultiplier #engineering #3Dprinting #thermoforming #lasercutting

ROUND 1: Vacuum Forming VS Pressure Forming 🔔🔔🔔 FIGHT! We tried to write a really succinct explanation of this for social media but it doesn't do it justice. So instead we asked our engineer Will to explain it for us in detail: Both vacuum forming and pressure forming work in the same basic way: by creating a pressure differential across a sheet of plastic to force the plastic into a mould. Vacuum formers create a vacuum under the plastic sheet to force the plastic into the mould, whereas pressure formers use a more advanced and versatile method of creating positive pressure above the plastic sheet to force it into the mould. Vacuum formers rely on the atmosphere to force the plastic sheet down, limiting their power - the atmosphere can apply a maximum of 1kg/cm² (14.7psi) of force onto the plastic. However, pressure formers can use pressures that are significantly higher than atmospheric pressure to force the plastic down, in the case of the Multiplier, 4.1kg/cm² (60 psi). This extra force, combined with the Multiplier’s ability to heat and soften plastic sheets far beyond any vacuum former, enables the creation of more complex and detailed shapes, deeper draws, and sharper undercuts. So, there you go. Hit up the 'Learn' section on our site to find out more. #engineering #thermoforming #manufacturing

Plastic! Can't live with it, can't live without it (but we're working hard on it). Morrama design in London were tasked with reducing the amount of plastic used in monthly contact lens cases. They used the Multiplier at the prototyping stage to get rapid iterations of clear, high accuracy prototype parts for fit and user testing before committing to tooling. Read the whole story here: https://bit.ly/3SeVpeU