1. Resin Mixer: This mixer helps to improve printing experience, improving print success rates by even shaking and heating, making the resin has low viscosity and high flow, achieving stable printing 2. Strong Adaptability: The photosensitive resin heating mixer is suitable for various resin specifications, accommodating 250g, 500g, and 1000g, and it is compatible with a wide range of 3D printer resins 3. Efficient Rolling: The device features bidirectional rolling, alternating between clockwise and counterclockwise rotation. This ensures even mixing of the resin at your preferred speed, whether high or low 4. Temperature Control: With 3 modes to choose from, no heating, 40 , or 50 , you have the flexibility to control the heating mode of your resin, ensuring it meets the conditions for specific projects 5. Surround Heating Technology: The design of the resin mixer allows for surround heating from both the top and bottom layers, ensuring even heat distribution throughout the resin bottle Humanized Interface: This photosensitive resin mixer is equipped with LED key display screen, touch control interface, providing an interactive and easy to navigate user experience, improving print efficiency Item Type: Resin Heating Mixer Model: HM100 Movement Mode: Horizontal rolling, forward and backward alternating rotation Speed Range: 35/50 rpm Output Power: DC 241.2V, 2A Rated Power: 48W Maximum Load Capacity: . 1kg / 2.2lb Applicable 250g/500g/1000g Product Size: . 270 x 125 x 180mm / 10.6 x 4.9 x 7.1in Hold Maximum Bottle Size: . 95 x 248mm / 3.7 x 9.8in Plug Type:EU Plug,it applies to Indonesia, Germany, France, Spain, Italy and so on Voltage:AC100-240V (Plug appearance is random, no specified appearance is accepted) Color: Black Material: pla Package Contents: 1 x Resin Heating Mixer Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.