• Shaft and shell

• Large scale processing equipment

• Large workpieces

• Milling and lathe parts

• Grinding and honing components

• Measure on the production line or directly on the machine

Quantity, rapid detection within the device (top)
Surface roughness of workpiece

Surface roughness of a simple multifunctional measuring station

Roughness detection

The evaluation unit and driver are connected via Bluetooth
The most common parameters comply with ISO/JIS standards
Standard configuration for peak counting calculation of asymmetric cross lines:
Evaluation Unit M 300 with Built in Coarse for Connection Accuracy, Characteristic Curve, Parameter Table, and Other Settings
High brightness color display (such as material ratio curve, etc.)
Driver RD 18 with separate sampling length and short cutoff wavelength roughness samples
Automatically select filtering and extraction based on standards
• Printable R profile (ISO/ASME/optional, standard probe PHT6-350, rechargeable)
Sample length JIS, P profile MOTIF, material
• Keyboard lock/password protection settings for appliances/main adapter and 3 power adapters
• Integrated high-quality thermal printer curve ratio, measurement report, etc
• Built in replaceable battery adapter, height adjustment accessory, and angular shape
Can thermal printers print R-contours? Measurement unit (μ m)/μInch) and standards
• Built in roughness template bottom probe protective cover, end face V
Only one button or automatic printing (ISO/JIS/ASME/MOTIF) is required
• Dynamic calibration functional block, 2 USB data cables, 1 roll of thermal printing paper
• Measurement date/time roll thermal printing paper, shoulder strap, carrying
• Connect to PC via USB interface to transfer testing
• Tolerance monitoring? MarSurf PS1/M 300 boxes, Mahr testing report, operation
Quantitative results/contour data
• Memory can store approximately 40000 measurement nodes Explorer software (optional) guide