Anyone creating a new product hits this wall: 3D printing’s too slow. Molding’s too expensive. We built the Mayku Multiplier to fill the gap factory-grade parts, in-house, same day. Sometimes you don’t need $10K tooling. You just need momentum.

We're excited to announce our latest firmware update! - Adjustable power for the perfect level of detail - Tank pre-charge for shorter cycle times - A complete overview of material settings on the confirmation screen before forming #TeamMayku #MaykuMultiplier #FirmwareUpdate

Produce double-sided casings on the #MaykuMultiplier. Our step-by-step guide covers the entire process combining 3D printing, pressure forming and laser cutting. Download your copy now: bit.ly/3uEwMiB #engineering #3Dprinting #thermoforming #lasercutting

Did you know that we designed the Multiplier with the team @TeenageEngineering? We caught up with them recently about the design process, inspirations and massive dumper trucks. Blog post here: bit.ly/47Xkyzg #industrialdesign #TeenageEngineering #productdesign

Last week, we had the chance to participate in the Rolls-Royce Festival of Innovation showcasing the Mayku Multiplier alongside our partner 3DGBIRE 🚀 Mayku co-founder Ben Redford demonstrated the machine's cutting-edge design and versatile capabilities 💪

Our partner in Sweden 3DVerkstan AB will be featuring the Mayku Multiplier at Elmia Subcontractor 🚀 📅 November 14-16, 2023 🌍 Mässvägen 12, 554 54 JÖNKÖPING, Sweden 📍 Stand B01:114

Our partner in Spain @sicnova3d will be featuring the Mayku Multiplier at Advanced Manufacturing Madrid 🚀 📅 November 15-16, 2023 🌍 IFEMA Madrid 📍 Stand C11 (Pabellón 8)

Reminder: Introducing Multiplier firmware 2.0 with Custom Mode, which gives you full control over your Multiplier settings. With it, choose from a vast array of theroformable materials up to 5mm thick. Learn More 👉 bit.ly/3trafF1

Discover how the new Custom Mode works. It enables you to choose from a vast array of theroformable materials up to 5mm thick, whether it’s Mayku Material, third-party, or any other materials you want to experiment with. Learn More 👉 bit.ly/3FbpaG1

Multiplier firmware 2.0 launches with Custom Mode, which gives you full control over your Multiplier settings 🚀 Choose from a vast array of theroformable materials, whether it’s Mayku Material or third-party. Learn More 👉 bit.ly/3ZK48I0

📣 Reminder: Introducing the Reducing Plate, the newest accessory for the Mayku Multiplier! Seamlessly integrate it to condense the forming area to A4 or US letter format, expanding supplier options and reducing waste. 👉 Learn more: bit.ly/46y790g

Discover how the new Reducing Plate accessory works. It enables you to use A4 or US letter-sized sheets on the Mayku Multiplier. Learn More 👉 bit.ly/3PXUFcS

Seamlessly integrating with the Mayku Multiplier, the new Reducing Plate condenses the forming area of the Multiplier down to A4 or US letter format, opening up access to hundreds of global sheet suppliers and reducing waste. Learn More 👉 bit.ly/45izs1w

Custom Mode gives you full control over your machine settings, and lets you create, save and edit material profiles for future use. Work with any factory grade thermoforming material. Learn More 👉 bit.ly/3ESucqH

We’re thrilled to announce the launch of the Reducing Plate for the Multiplier, plus Firmware 2.0. Combined with hi-res 3D printing, you can achieve injection mold quality parts from the desktop in a matter of minutes. Explore the latest features👇 bit.ly/3tadtwA

Stay tuned for an exciting announcement from us tomorrow! You won't want to miss it 👀 #Mayku #thermoforming #MaykuMultiplier

FDM vs SLA vs SLS: thermoforming template lifespan comparison 💪 Watch the full video 👇 hubs.ly/Q01_M6_30

FDM vs SLA vs SLS: level of detail comparison 🔍 Watch the full video 👇 hubs.ly/Q01_M5Bp0

Our partner in Canada, @shop3Dca, will be featuring the Mayku Multiplier at Canada’s Manufacturing and Technology Show (CMTS) from September 25th to 28th at the Toronto Congress Centre, North Building. Our booth is #2440

FDM vs SLA vs SLS: Surface finish comparison (in thermoforming) 🔥 Watch the full video 👇 hubs.ly/Q01_M9yw0