SPECIFICATIONS SYSTEM PERFORMANCE ISO 10360 MPE 2|_im + L/100 ZeroTouch® ZTM-333 precision part inspection faster than traditional CMMs SCANNING Part Volume (max) Scanning Travel Part Weight (max) Form Measurements Orientation Measurements Location Measurements MACHINE SIZE System Dimensions (W x D x H) System Weight ENVIRONMENTAL Temperature (Transport/Storage) Temperature (Operational) Rate of Change ELECTRICAL SUPPLY Electrical Service PNEUMATIC SUPPLY Required Operating Pressure Maximum Machine Inlet Pressure Consumption Clean Dry Air (CDA) Requirement (ISO 8573-1) 300 x 300 x 300 mm (L x W x H) 380 x 380 x 380 mm (X-Y-Z) 10 kg, CG within 100 mm of Theta rotation axis Straightness, Flatness, Circularity, Cylindricity Parallelism, Perpendicularity, Angularity Position, Profile, Concentricity, Symmetry With Optional Conditioning Module ISO Class 3-3-3 SOFTWARE OS System Software Analysis Software Reference Model Data Formats Windows DWF ZeroTouch® application Metrolog X4, PolyWorks Inspector STP, IGS DWFRITZ 9600 SW Boeckman Road, Wilsonville, OR 97070 Toll Free: 800-763-4161 Tel: +1-503-598-9393 Fax: +1-503-624-2799 Email: [email protected] https://www.dwfritz.com KEY INDUSTRIES Medical Devices A precise, high speed metrology and inspection system for processing complex geometries in just a fraction of time versus a traditional CMM. DWFritz Metrology is a global provider of high-speed, non-contact metrology and inspection platforms for advanced manufacturing. The company designs, builds, and supports engineer-to-order automation systems, as well as provides world-class build-to-print manufacturing capabilities.

INNOVATIVE TECHNOLOGY FOR SPEED AND ACCURACY Measurement Profile of Knee Implant By leveraging more than four decades of developing high precision automation and metrology solutions, DWFritz Metrology is now launching the next generation of high speed, non-contact metrology platforms. PRECISION PART INSPECTION FASTER THAN TRADITIONAL CMMS Multisensor technology measures parts faster Using application-based custom sensors, the system can capture millions of points per second, with variable data density levels, in just one scan. Multisensor measurement of complex geometries such as bores, undercuts...