Automation systems provide the ability to flex capacity through lights-out operation, without the burden of adding manpower. It also makes one-piece flow more practical, while producing short-run efficiencies that will reduce non-value-added fabricating time. The bottom line is typically up to a 50% increase in capacity as compared to standalone machines and a significant reduction in lead times.

Mazak was the first manufacturer to introduce laser-cutting machines into a Flexible Manufacturing System (FMS).

Today we offer the following systems:


Compact single machine automation with an economical investment

The QUICK CELL 3015 Compact Automation Cell utilizes rugged construction and an innovative design to deliver high performance for fabrication job shops and production environments. The base design is a very compact load/unload, which can be configured as a full FMS with 6, 10 or 14 shelves.

The number of shelves for material compared to finished parts can be specified at the time of order. QUICK CELL utilizes independent load and unload drive systems, reducing workpiece material changeover times. A scheduling unit is integrated into the QUICK CELL to simplify planning and operation. QUICK CELL is available in the following configurations:

QUICK CELL 3015 with Pallet Changer Extension
QUICK CELL 3015 with 6 Level Stocker
QUICK CELL 3015 with 10 Level Stocker
QUICK CELL 3015 with 14 Level Stocker

QUICK CELL 3015 with 6 Level Stocker


Maximum flexibility and minimum material handling

The SMART MANUFACTURING CELL is the most flexible solution for satisfying the most wide-ranging applications. With the ability for the user to customize and draw their own grippers along with the extensive interface possibilities, this solution offers unrivalled potential.

The system allows pick and place onto specific work-holding solutions or to indexed conveyors, and the ease of offline programming means that specific robot programming experience is not required.


Rugged linear manufacturing system for high volume throughput

Mazak’s EXTENSIBLE MANUFACTURING CELL (EMC) is an FMS system that utilizes a modular or building block approach that enables future growth. Mazak’s EMC series enables you to modify your configuration as your needs change, including the number of machines within the cell. Standard configurations can expand to a total of four machines. A larger number of machines can be integrated into an AUTOMATED STORAGE/RETRIEVAL system.

The rugged design and construction of EMC systems deliver high material storage/transfer capacities and long production life. They are available in a variety of 3015 and 4020 configurations.




The Compact Manufacturing Cell consists of a 10 pallet stocker which can be supplied with up to 1000kg of various materials up to 25mm. The materials are then automatically loaded and unloaded between the stocker and the laser machine.

While a pallet of material is being processed, the system selects a new pallet form the stocker. Once the original pallet is finished processing, it is unloaded from the machine and the new pallet is loaded. Then, the processed pallet is moved to be sorted or stored in the stocker.

The loading and unloading of materials occur on the same side of the Compact Manufacturing Cell, resulting in a reduced traffic line and smaller footprint than similar systems. The system also does not require micro joints to keep cut parts and the skeleton attached, which further simplifies processing.

An optional sorting station for better access to the cut parts and a work lifter is also available to customise the Compact Manufacturing Cell.




OPTOPATH is an enhanced component of Mazak's automation. Material handling has become more sophisticated allowing multiple machines to do multiple types of jobs. OPTOPATH offers increased capacity and productivity in advanced material handling and parts sorting with 7,200 pick-up loads. 

Worksheet material and finished parts are automatically selected, loaded and unloaded. Various types of worksheets from up to thick 2.54mm to thin 0.08mm are automatically supplied and transferred. Nesting, finishing parts loading commands, and generation of cutting programs are all quickly prepared through MAZAK SMART SYSTEM.


Maximizes space, flexibility and operational efficiency 

An AUTOMATED STORAGE/RETRIEVAL (AS/R) system is a strategic investment for a fabrication operation. It delivers a competitive advantage that enables manufacturers to meet changing customer demands with significant operational efficiencies. The benefits of an AS/R system include reduced labour for transporting material/worksheets into and out of inventory and optimizing floor space costs by storing vertically. Sheets are often stored more densely than in systems where they are stored and retrieved manually.

An AS/R system can be utilized to support all functions within your fabrication operation including cutting, bending, welding and finishing. The systems operate under computerized control, maintaining an inventory of stored sheets in various stages of production. The computer determines wherein the storage area the sheets can be retrieved and schedule the delivery through a system of conveyors and/or automated robotic handlers that moves them to the manufacturing floor.

Mazak AS/R systems can be integrated with EXTENSIBLE MANUFACTURING CELLS. They can be designed to store/retrieve 3015 and 4020 size worksheets.


Expanded capabilities for laser machine material handling

A series of modular components are available that can extend the range of application, facilitate throughput and improve the overall efficiency of your laser automation cell. The solutions on this page are a few of the most common components utilized. Contact your Mazak representative for a more comprehensive discussion regarding how we can meet your automation requirements.


Take raw data, read and analyze it, then turn it into actionable information

An element of the Mazak iSMART FactoryTM concept is the ability to utilize software that enables you to visualize the performance of cells, departments and the overall plant as compared to historical or target performance. These insights are the real-time tools that utilize IoT technology that helps enable fabricators to manage the process rather than reacting to historical reporting.

  • See the productivity and increased profitability as it happens in real-time
  • Productivity problems can be identified fast – accelerating resolution
  • Plant-wide productivity increases in the range of 10% to 50%
  • Dashboard metrics can be available for everyone on the shop floor to see

Mazak iSMART FactoryTM offers an industrial internet platform solution for manufacturing including hardware and software that connects directly to manufacturing equipment. It is designed to monitor every machine in your shop, CNC machines, non-CNC machines, fabrication centers and manual processes, all tied together in a production process manufacturing execution system.

Machine monitoring delivers instantaneous, automatic and timed proactive email and text alerts to minimize downtime. Detailed analyses of downtime root cause points to areas requiring more operator training. Identification and removal of unnecessary optional stops helps recover lost production time.


Et udvalg af automatitions systemer er mulige for at kunne imødekomme det brede vifte af produktions krav.

  • Flexibel systemudvidelse ved at tilføje materiale stockers, flere laser maskiner og færdige emne stockers.

  • Designet til at producere sammenhængende og ubemandet i 24 timer/dag.

  • Produktionsplanlægning, on-line operation og management af materiale stocker udføres af systemstyringen.

  • Tynde til tykke emner, op til 25mm bliver automatisk ladet og afladet.

  • System udvidelse op til 4 maskiner
  • Customer’s rack system can be integrated in the EMC.


  • Compact 10 pallet stocker for OPTIPLEX Series
  • 25 mm tykt materiale kapacitet.
  • 1000 kg. Plade kapacitet
  • Optional sorterings station er også mulig


  • From raw material to cut parts sorted from scrap.
  • FMS OPTOPATH 7200, high adding value thanks to unmanned operations