Inspection & Measuring: Your Advantages
Find out what is possible with ZOLLER for tool inspections. Process-related inspections or high-end analyses through to SKP, roughness and the creation of digital twins.
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Technical Specifications: »titan«
| Maximum tool length Z 600 mm |
| Maximum tool diameter D 230/100 mm |
| Maximum snap gauge diameter d 100/75 mm |
| Number of axes: 5–7 |
| Weight ~ 1,400 kg |
Application
| 2D Parameters: Incident Light | |
| Standard diameter: 2–100 mm | Basic |
| Microtools: 0.1–10 mm | Optional |
| 3D Parameters: Incident Light | |
| Partial | Base |
| Area-based | Base |
| Measuring Tasks | |
| Cutting Edge Preparation | Optional |
| Roughness | Optional |
| Threading Tools | Optional |
Sensor Configuration
| Transmitted Light Optics | |
| HR70 Transmitted Light Camera, Field of View approx. 4.0 x 3.6 mm² | Basic Model |
| 5 Mpx Transmitted Light Camera, Field of View approx. 5.5 x 5.0 mm² | Optional |
| Transmitted light camera WF, Field of View approx. 15.5 x 14.1 mm² | optional |
| Optics – Incident light | |
| HR70 Standard Incident light camera, Field of View approx. 1.1 x 1.0 mm² | Base |
| HR70 Micro incident light camera, field of view approx. 0.4 x 0.4 mm² | optional |
| »zep« sensor (cutting edge preparation) | optional |
| »zep-R« sensor (cutting edge preparation/roughness) | optional |
| »Z3dCam« sensor (Digitization) | optional |
| Tactile | |
| Scanning measuring sensor | optional |
Measuring Machine Configuration
| Spindle | |
| High-precision »tcs« spindle | Standard |
| High-precision »ahd« spindle | Optional |
| Hollow-shaft encoder | Standard |
| Linear drive | |
| Positive-lock ball screw | Standard |
| X-axis and Y-axis in cross-table design | Standard |
| Optics drive | |
| Swivel axis for incident light | Standard |
| Swivel axis for incident and transmitted light | Optional |
| Vibration damping | |
| Integrated, active with level control | Standard |
| Leveling Elements on machine feet | Standard |
| Material | |
| Hard stone | Standard |
Accuracy
| Exy = 2.0 μm + (L/250 mm) μm | Base |
| Ex = 1.3 μm + (L/300 mm) μm | Base |
