• 208-240 VAC, 50/60 Hz, single phase, 20 A
• 4.5 kVA

• High strength refractory steel with hardness RC > 58 
  
• Roller Size: 96 mm Dia. x 220mm W (4" D x 8"W)
• Suggested rolling width: 150 mm
• Roll line speed: 0~ 50 mm/s adjustable
  
• Max. the temperature for the roller: 200°C
• Driving by DC motor
• Ar gas glove box compatible 

Roller Gap ( Thickness )

• 0~ 1.8 mm adjustable

Dial Gauge Accuracy
(Thickness Indicating )

• Dual digital micrometer heads
• Accuracy: +/- 0.005mm

Movable Hot Plate

• The hot plate is made of High strength refractory steel with hardness RC > 58 
• Dimension: 200 mm W x 300 mm L
• The hot plate is movable by the hot roller via friction
• Max. working temperature: 300°C
• Water chiller is required but not included if the working temperature is > 100°C
• Max. Rolling width on the plate: 150mm

• Two digital temperature controllers for control hot roller and hot plate separately
• 200°C suggested, and 300°C maximum
• Max Heating Rate: 4°C/minute
  
• Temperature Control Accuracy: +/-3°C

Motor (Ar Gas Glove Box Compatible)

• High torque 24VDC motor with reducing gear (1:75) 
• Motor power: 40W
• Rolling speed adjustable: 5~45 r/min

Output Thickness

• Depending on the electrode's material and thickness, typically:
• A 0.16mm thick electrode coated on copper can be pressed into a minimum thickness of 0.1 mm
• A 0.06mm thick electrode coated on copper can be pressed into a minimum thickness of 0.04 mm
• A 0.33mm thick silver/gold can be pressed into a minimum thickness of 0.03 mm
• Thickness uniformity: +/- 2 microns if coating electrode thickness +/- 5 micron and each rolling increased < 10 microns

• CE Certified
• NRTL or CSA certification is available upon request at extra cost

• Do not touch the surface of the rolling part of the machine when the rollers are heated up or running
• You may calibrate the temperature by TC-calibrator-LD, and refer to the instruction here from time to time to ensure heating temperature accuracy
• Multi-step thickness calendaring needed: While calendaring the sample sheet, make each calendaring decrement of 0.02mm compared with the sheet's original thickness