NiC-3DF-G800 Wireless Probe Solution: Maximize Efficiency, Minimize Waste
The NiC-3DF-G800 wireless probe system revolutionizes machining productivity, reducing auxiliary time by 90% while enhancing process control.
Experience faster operations, lower scrap rates, and sustained competitiveness all in one advanced solution.
| Description |
Unit |
Parameter |
Remarks |
| Outer shell |
|
304 Stainless steel |
|
| Internal tructure |
|
7075 aluminum alloy |
|
| Probe outer diameter |
mm |
42 |
|
| Probe thread |
|
M4 |
|
| Probe length |
mm |
Standard 30 |
User-replaceable |
| Probe stylus |
mm |
φ 3 ruby ball |
|
| Clamping Diameter |
mm |
8 |
|
| Clamping Length |
mm |
25 |
|
| Repeatability |
mm |
0.001 |
|
| XY Stroke |
mm |
3 |
Damage will occur if travel limits are exceeded |
| Z Stroke |
mm |
2.5 |
Damage will occur if travel limits are exceeded |
| Wireless Transmission Method |
|
2.4G Wireless |
Multi-Receiver Support for Longer Range |
| Wireless Transmission Range |
m |
3 |
DIP Switch Pairing, Supports Up to 8 Probes Simultaneously in Same Space |
| Battery |
|
14,250 dry battery |
|
| Offline work |
|
Yes |
Can be used as optical edge finder |
| Wireless work |
|
Yes |
Compatible with system for automatic centering |
| Connection mode |
|
Wireless connections |
Distance < 3m |
| Waterproof |
|
IP 67 |
Can work in coolant spraying environment
|
| Voltage |
V
|
DC5-24 V |
|
Key Applications & Benefits
1. Machining Center Solution
High-performance wireless transmission: Optimized for long standby time and ultra-low trigger latency.
Superior 3D measurement: Accurately scans complex surfaces with micron-level precision.
Flexible channel selection and extended 3m working range (expandable via multi-receiver setups).
Ideal for multi-axis machining centers requiring reliable in-process dimensional verification.
2. Turning/Grinding Center Workpiece Inspection
Real-time detection for lathes and grinders, ensuring dimensional accuracy without manual intervention.
3. Workpiece Setup & Alignment
Eliminate costly fixtures and replace error-prone dial indicator methods.
Mounted on spindles (machining centers) or turrets (turning centers), the NiC-3DF-G800 delivers:
Reduced machine downtime with automated fixture/workpiece alignment.
Auto-correction of rotary axis offsets - no manual input errors.
Lower scrap rates and higher batch consistency.
Adaptive machining with live process feedback.
In-Process Inspection: Precision Meets Productivity
The NiC-3DF-G800 enables first-article inspection and mid-process measurements directly on the machine, bypassing:
Skill-dependent manual checks.
Disruptive CMM relocations.
Critical advantages:
Automatic offset updates for in-cycle workpiece compensation.
Unmanned operation reliability with closed-loop feedback.
Faster first-article validation—slashing idle time waiting for CMM results.
Why Choose NiC-3DF-G800 ?
Time savings: Cut non-cutting time by 90%.
Error-proofing: Remove human variability from measurements.
Versatility: Compatible with milling, turning, and grinding environments.
ROI-driven: Payback through reduced scrap, labor, and downtime.
