English
Español
Français
Deutsch
Polski
Türkçe
Русский
简体中文
High-mix, low-volume (HMLV) shops need a system that handles frequent changeovers without losing uptime. Nextas Tech FMS is a flexible manufacturing system that ties together our zero-point workholding, in-house scheduling software, and turnkey line integration—designed so the hardware and the software come from the same engineering team.
Core Strengths: Built for Flexibility & Reliability
The system is built around four areas where we control the design and manufacturing in-house:
1. Proprietary FMS Software: The Brain of Smart Production
At the heart of Nextas Tech FMS is a custom-developed software system—built in-house by Nextas Tech dedicated software engineers. Unlike off-the-shelf software that requires cumbersome modifications, Nextas Tech FMS software is tailored to the unique needs of flexible manufacturing.
- Real-time capabilities: Includes production monitoring, intelligent scheduling, and data-driven analytics.
- Automatic adjustment: Switches between product variants or accommodates urgent orders without manual reconfiguration, cutting changeover time by up to 70%.
- Easy Integration: Open architecture allows easy integration with existing ERP or MES systems.
2. In-House High-Precision Zero-Point Clamping System
The FMS relies on our own zero-point clamping system as the standardized interface between machine, pallet, and fixture. Because we make the clamping hardware ourselves, we control the tolerances that matter most:
- Micron-level precision: Locks workpieces with ±0.005mm accuracy, maintaining consistent quality.
- Self-centering design: Eliminates human error in setup.
- Rapid changeover: Quick-release mechanism reduces workpiece changeover time to seconds.
3. Turnkey Production Line Development
Nextas Tech FMS is a fully integrated, turnkey solution from design to deployment. Nextas Tech manages the entire lifecycle: from initial needs assessment and custom design to on-site installation, testing, and commissioning. This maintains machines, fixtures, software, and automation work in perfect harmony, minimizing downtime during the transition.
4. Multidisciplinary Expert Teams
Behind Nextas Tech FMS is a trio of specialized teams: mechanical design, electrical engineering, and software development, all employed in-house.
- Mechanical: Creates solid, space-efficient line layouts and custom fixtures.
- Electrical: Develops reliable wiring systems and integration with automation components.
- Software: Continuously optimizes the platform and addresses client feedback directly.
Case Study: 4-Machine Integrated Flexible Automation Line
To illustrate the real-world impact of Nextas Tech FMS, let’s look at a flagship project: a 4-machine integrated flexible automation line designed and built by Nextas Tech for its own in-house manufacturing facility.
The Challenge: Nextas Tech in-house factory faced HMLV challenges—frequent product changes, tight quality requirements, and limited floor space. Manual processes led to long changeover times (up to 2 hours), inconsistent precision, and low machine utilization (65%).
The Solution: A fully integrated line using four CNC machines, automated material handling, and the Nextas Tech Zero-Point System.
- Zero-Point Integration: Workpieces mounted on pallets with zero-point adapters for quick, precise clamping.
- Automated Handling: A robotic arm, controlled by FMS software, transfers pallets between machines.
- Unified Control: Proprietary software coordinates operations, robot movements, and scheduling.
The Results:
- Changeover time: Down from roughly 2 hours to about 12 minutes per job change.
- Machine utilization: Rose from 65% to around 88%, mainly because pallet prep happens off-machine.
- Scrap rate: Dropped from 4.2% to 1.1% after removing manual re-indicating from the process.
- Throughput: More parts per shift—the team estimates around 55% more, though exact gains depend on part mix.
Aligning with Industry 4.0 for Future-Ready Manufacturing
The FMS software already collects production data from each machine and zero-point station—cycle counts, clamp confirmations, scheduling logs—so the information is there when you need to track OEE or troubleshoot a quality deviation.
If your shop later adds predictive maintenance tools or MES/ERP integration, the system’s open architecture can feed data into those platforms. The design intent is to start useful today and not block upgrades later.
