Customized Service Solutions
At NOVICK, we deeply understand that each customer has unique requirements and precision standards for their cutting tasks. Whether you need fixture modifications for non‑standard workpieces, program path optimization, integration of automatic loading/unloading modules, or control system and sensor integration, we design tailored machine appearance and internal structure modifications based on the cutting samples and operating conditions you provide. We embed automation, intelligent monitoring, and process consistency into every equipment.
From requirements investigation, solution design, component selection, to software interface and control logic matching, we strictly follow rigorous engineering procedures. After modification, we conduct performance verification and trial production to ensure the new machine fully meets your expectations in efficiency, accuracy, and stability. NOVICK's goal is to turn “non‑standard” from a compromise into an advantage, making the equipment a truly efficient cutting tool for you.
Automation Solutions
CCR Automation Solution
NOVICK’s CCR automation solution supports multi‑process continuous operation with precise control and stability, realizing an integrated automatic workflow of workpiece loading → machining → unloading. This solution adopts a “one‑to‑two” automation cell that seamlessly integrates with the FMS (Flexible Manufacturing System). Using RFID chip technology, it enables automatic material handling via robots for loading/unloading and mixed rack management, achieving up to 12 hours of unattended automated machining. This not only significantly improves production line capacity and stable operation rates, but also effectively reduces labor and quality costs. As a result, your production becomes more optimized, delivery dates more reliable, and your market competitiveness rapidly enhanced.
EDM Automation Cell
NOVICK’s EDM automation cell is specifically designed for the delicate requirements of electrical discharge machining. Integrating advanced control systems, precision power supplies, and automated robotics, it achieves closed-loop monitoring and full-process automation, compressing errors to an extremely low level. Whether for micro details of complex molds or forming surfaces requiring high surface quality, the cell delivers consistent excellence. The automated equipment handles loading, unloading, and monitoring automatically, while optimizing electrode consumption and pulse control, significantly reducing errors and variations introduced by manual operations. With this high-precision automation cell, you will increase EDM throughput and yield, shorten lead times, and reduce scrap rates, thereby securing a more competitive position in the market.
MFMS Flexible Automation System
NOVICK’s MFMS (Flexible Automation System) simplifies operation with one‑button start, offering excellent flexibility and adaptability. When any equipment on the production line becomes abnormal, the system can switch it to offline mode, ensuring uninterrupted overall line operation. The system supports flexible scheduling and rush order insertion, automatically prioritizing urgent tasks. Through a visual dashboard, it provides real‑time monitoring of equipment utilization and full‑process status. New equipment and functions can be quickly integrated, helping enterprises build highly resilient, efficient, and low‑cost smart manufacturing cells.
System Integration Services
Production Intelligent Steward
By deeply connecting the MES (Manufacturing Execution System) with equipment, process flows, and control data, we achieve digital integrated synchronization from the shop floor to management decision-making levels. Leveraging MES interfacing services, the system can collect machining parameters, equipment status, production takt times, and quality indicators in real time, automatically generating production progress dashboards and anomaly alerts. This enables you to precisely grasp the full picture of line operations. Production planning, resource scheduling, and quality control can be intelligently coordinated on a single platform, not only enhancing data transparency but also greatly improving decision-making efficiency.
“Eagle Eye” Machine Tool Health Monitoring System
The machine tool health monitoring system uses sensors and data acquisition units to feed back critical indicators such as temperature, vibration, current, and bearing status to the monitoring platform in real time, allowing you to stay informed of the machine’s “physical condition” at any moment. The system not only displays operating parameters, trend analysis, and fault warnings, but also reminds you when maintenance is due, helping prevent potential failures from escalating into downtime or damage. With this intelligent monitoring platform, your equipment is no longer a “black box” but a visible, diagnosable, and predictable asset. It helps optimize maintenance strategies, reduce unplanned downtime risks, extend equipment life, and thereby improve the overall reliability and productivity of your production line.
Room 501, 5th Floor, East Zone, Tower B, Building 2, Longsheng Plaza, No. A5 Rongchang East Street, Beijing Economic-Technological Development Area, Beijing, China
