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General| Modular Tooling | Yes |
|---|---|
| Cutting Area | Up to 3.2 m x 1.6 m |
| Modules | Various modules available |
| Work Area | Varies depending on configuration; sizes range from S3 L-1200 (1.27 x 1.2 m) to S3 XL-3200 (3.2 x 3.2 m) |
| Power Consumption | Varies depending on configuration |
| Weight | Varies depending on configuration |
| Air Pressure | 6 bar |
Explains how to use the manual effectively for machine operation and maintenance.
Provides guidelines for understanding text references, diagrams, and dimensional information.
Contains information on designation, layout, illustration, print, and copyright.
Highlights tips, important notes, and conventions for understanding product information.
Defines directions (front, back, left, right) relative to the operator's view.
Details about the rating plate and its various signs and markings.
Specifies the purposes for which the cutter system is designed and usage restrictions.
Visual identification of the main components of the cutter system.
Describes the versatility of cutters through interchangeable modules and tools.
Details universal modules and various tools used for different cutting tasks.
Focuses on router modules and specific tools for routing and engraving applications.
Explains the punch and pricking module for perforating various materials.
Describes the kiss-cut module for precise film cutting without damaging carriers.
Details marker modules used for drawing, marking, and labeling materials.
Covers methods for handling materials on the cutter, including static and conveyor systems.
Introduces optional features like laser pointers and ICC cameras.
Lists the tools and materials included in the accessories box for cutter maintenance.
Provides a detailed breakdown of the cutter's base machine, movement systems, and components.
Presents specifications including dimensions, weights, electrical connections, and environmental conditions.
Emphasizes operator safety as the primary concern and state-of-the-art technology.
Stresses the importance of correct operation and adherence to safety regulations.
Lists examples of misuse and their potential consequences for the machine and user.
Explains signal words (Danger, Warning, Caution, Note) and hazard symbols used in the manual.
Defines responsibilities for the manufacturer, owner, and operating/service personnel.
Outlines necessary qualifications, training, and age for operating and service personnel.
Specifies required safety equipment such as clothing, goggles, gloves, and hearing protection.
Covers general safety rules, unauthorized modifications, and maintenance procedures.
Provides guidance on actions to take during machine malfunctions and safety devices.
Identifies general danger areas and specific risks during initialization and cleaning.
Illustrates mandatory signs and warning labels found on modules and tools for safety.
Details safety devices like EMERGENCY STOP buttons and light barriers for machine protection.
Discusses risks from entanglement, foreign bodies, sharp objects, and burns.
Covers risks from electric shock, toxic dust emission, and hazardous material processing.
Addresses environmental pollution risks and safe handling of chemicals and operating materials.
Details risks associated with flammable materials, dust explosions, and fire safety measures.
Provides safety instructions regarding the laser pointer used with the ICC camera.
Emphasizes the importance of training, hazard assessment, and following manual instructions.
Outlines safety precautions and expertise required for service and maintenance personnel.
Provides guidelines for the proper disposal of the cutter system and its components.
Stresses the critical importance of safe operation to prevent injury and damage.
Identifies key control elements like the EMERGENCY STOP, control panel, and maintenance units.
Details functions of the display, soft keys, navigation keys, and function keys on the control panel.
Explains the function and location of the two standard EMERGENCY STOP control devices.
Describes the maintenance unit for adjusting air pressure to various modules and options.
Details the data exchange interfaces available on the machine, such as LAN and COM ports.
Guides users through navigating menus using navigation keys, help, and info menus.
Explains how to select tools, commands, and use function keys for operations.
Covers setting language, display lighting, contrast, and volume for user customization.
Explains user levels, password changes, and defining active user levels after startup.
Provides guidance on troubleshooting, error localization, and engaging automatic circuit breakers.
Details pre-startup checks, behavior in emergencies, and machine startup sequences.
Explains the three operating modes: OFFLINE, STOPPED, and ONLINE.
Describes how to move the beam and module carriage manually using travel keys.
Covers inserting, removing, activating, and marking modules and tools for the cutter.
Details methods for securing material using vacuum and adjusting vacuum range and intensity.
Explains material transport systems, feeding clamps, and feed guide rails for material handling.
Guides through the process of automatic tool initialization and height adjustment.
Covers job management, tandem operation, and control descriptions for dual workspace use.
Details film handling, cutting strips, and the function of the film end sensor.
Explains the use of laser pointers for defining reference points and vacuum width.
Describes the ICC camera for automatic registration and requirements for registration marks.
Discusses the protective plate for module carriage slots to prevent crushing and contamination.
Explains the meaning of different signal light colors indicating cutter status and errors.
Guides on choosing the correct tool based on material properties and processing methods.
Details different knife types (drag, oscillating, rotary, circular) and their applications.
Explains wedge angle, cutting angle, and maximum cutting depth for optimal blade performance.
Covers understanding, calculating, and correcting overcut for precise cutting results.
Details advantages of oscillating cutting and compares EOT/POT tool specifications.
Provides solutions for common cutting issues like inaccurate curves, overcuts, and jerky movements.
Advises on regular maintenance, annual inspections, and preparation for service.
Outlines general safety instructions for performing maintenance and cleaning work.
Lists necessary tools, operating materials (cleaning agents, lubricants), and auxiliary materials.
Provides a checklist for daily, weekly, and monthly maintenance tasks for trained personnel.
Lists annual and special interval maintenance tasks for authorized service technicians.
Explains how to put the cutter into maintenance mode to ensure safety during work.
Details the locations of service flaps and covers and their associated tasks.
Guides on cleaning the machine, inside of the beam, X/Y axis guide rails, and clamps.
Provides step-by-step instructions for oiling the front and rear guide carriages on the X axis.
Details the procedure for draining condensate water from the maintenance unit.
Explains how to reset motor protection relays for vacuum pumps under various fault conditions.
Provides comprehensive instructions for removing and installing a new conveyor belt.
Details the safe procedure for cleaning the ICC camera lens, including handling isopropanol.
Provides guidelines for the proper disposal of the cutter system and its components.
Covers procedures for starting the machine after periods of inactivity, including running-in routines.
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