Battery Making Machine Lab Manual Vertical Rolling Press Calendering Machine For Battery Electrode
Model: MR-DG100L
MR-DG100L Lab Roll Press Machine is a compact precision electric rolling press machine. It has dual rollers of 96 mm dia. x 100mm width and dual grade micrometer. This lab roll press machine is an ideal rolling press for adjusting thickness and increasing active material density of the electrode in Li-Ion batteries research after coating and drying.
Features:
1. Hard chrome plated on surface. Material HRC62.
2. Transparent protective plate is designed for safety operation.
3. Press gap is adjustable.
4. Rolling speed and press thickness is adjustable .
Application
Battery lab
Battery research
Lithium ion battery lab
Material research
Trial-production
Specifications
Model | 3.93"Width (100mm) Lab Roll Press Machine MR-DG100L |
Working Voltage | 110V/ 220V AC Single Phase Selectable |
Power | 120W Total |
Warranty | 1 year limited manufacture warranty with lifetime support |
Structure | 1. Heavy duty steel frame, gears and handle 2. Φ96mm Dia. * 100mm width Rollers made from hardened tools steel (HRC >62) with Cr electroplated coating. 3. Dual micrometer for accurate thickness adjustment in the range 0-2mm Maximum 4. Equipped with a transparent protective plate, safe to use |
Roller | Dimensions: 96mm Dia * 100mm W Material: Made from hardened tool steel (HRC >62) With Cr electroplated coating. With Finish >0.8 |
Rolling Press Accuracy | ≤±0.005 |
Rolling Press Thickness | 0-2mm adjusted with Dial Gauge |
Rolling Press Width | 100mm Optional for 150mm, 200mm, 250mm, 300mm & 400mm |
Rolling Press Speed | 0-40mm/s adjustable |
Product Dimensions | 385mm L *245mm W * 355mm H ( 15” * 9.5” * 14”) |
Weight | 55KG |
Application Notes | This roller is specially designed for battery R&D in terms of its advantages as affordable, compact and precise. 1. Must use ace tone to clean and dry rollers’ surfaces after each use to avoid rusting. 2. Coated Rust-proof oil if machine were to be unused for a long period time 3. The minimum thickness of the rolled sheet should depend on the physical property of the materials. |