DELMIA 3DEXPERIENCE

Digitize your Manufacturing Processes with DELMIA

What is DELMIA 3DEXPERIENCE?

DELMIA transforms the way companies optimize, orchestrate, and execute their value networks, from suppliers, to manufacturers, to logistics and transportation providers, to service operators and workforces.

The manufacturing industry is undergoing a state of change, considering their need for greater insight into their business, and greater ability to react quickly to changes both internal and external to their operations, more companies are looking to digitise their processes and procedures.

Key Capabilities:
  • Digitalisation can help your company identify gaps that need to be bridged, rectify issues before they happen.
  • Adapt quickly to changes in workforce resources, supply chain capabilities and customer requirements.
  • Virtually define, plan, create, monitor, and control all your production processes.
  • Encourage collaboration and lean manufacturing to increase efficiency and reduce waste.
Overview Demo

Embrace Digital Manufacturing with DELMIA 3DEXPERIENCE

DELMIA 3DEXPERIENCE Capabilities

3DEXPERIENCE Platform Roles and Applications offer simple, scalable options that conduct significant business transformation and drive team agility.

Additive Manufacturing
  • Additive Manufacturing Engineer: Prepare and compute the additive manufacturing process for the most common polymer 3D printing techniques for all users.
  • Material Deposition Machine Programmer: Prepare & compute the manufacturing process for Material Deposition (DED-cladding) & Material Extrusion in Additive Manufacturing.
  • Powder Bed Machine Programmer: Prepare & compute the manufacturing process for Powder Bed 3D Printers to reduce print time and wasted material.
  • Powder Bed Machine Specialist: Prepare, compute & simulate the manufacturing process for Powder Bed 3D Printer to reduce print time and wasted material.
Process Engineering
  • Assembly Simulation Engineer: Perform feasibility studies of your assembly or disassembly process to mitigate problems, accelerate time-to-market and improve first-time quality.
  • Assembly Simulation Expert: Quickly perform feasibility studies of your complex assembly or disassembly process to mitigate problems and accelerate time-to-market.
  • Assembly Structure Preparer for Marine: Define the manufacturing assembly strategy and produce assembly drawings.
  • Fastener Process Engineer: Create and validate the assembly process plans with fasteners.
  • Process Engineer: Powerful 3D applications for definition, reconciliation, and visual validation of the Manufacturing Bill of Materials and associated Process Plans.
  • Process Engineer for Marine: Define and validate assembly strategy and process sequence in a powerful 3D context.
  • Process Engineer for Plant Construction: Define and validate the Construction Bill of Materials and construction strategy in a powerful 3D context.
  • Product and Packaging Manufacturing Engineer: Define your manufacturing BOM, process plans, and 3D work instructions based on seamlessly connected engineering design.
  • Manufactured Part Process Engineer: Define & validate the fabrication process in a 3D environment to accelerate the start of production and improve first time quality.
  • Manufacturing Engineer: Fully define and manage your Manufacturing Items and Process Plans in a single environment.
  • Manufacturing Engineer for Marine: Manage the Manufacturing Bill of Materials and Process Plans, author Work Instructions and simulate Assembly Operations
  • Manufacturing Items Engineer: Define, compare, manage and update the Manufacturing Bill of Material (MBOM) from the Engineering Bill of Material (EBOM).
  • Manufacturing Process Engineer: Provides highly efficient browsing and basic authoring of Manufacturing Routings to create and update manufacturing plans in a light and affordable web client.
  • Operations Engineering Reviewer: Review and assess your Manufacturing BOM, Process Plans and Work Instructions.
  • Outfitting Fabrication Engineer for Marine: Automated rule-based work preparation generated from Outfitting design data to manage manufacturing deliverables for production.
  • Service Engineer: Define and maintain your service items and maintenance tasks directly in 3D.
  • Structure Fabrication Engineer for Marine: Automated rule-based work preparation generated from structure detailed design to manage manufacturing deliverables for product.
  • Time Study Expert: Analyze the time of manufacturing operations performed by workers based on proven supported time standard methods.
  • Work Instructions Author: Visually define work instructions for any process, from simple assembly prototyping to complex manufacturing by leveraging 3D product models.
  • Work Plan Viewer: Improve first-time build quality and efficiency by reviewing Process information & related 3D work instructions.
Ergonomics
  • Ergonomist: Create Virtual Manikins with specific anthropometry and biomechanics attributes
  • Ergonomics Specialist: Human-Centered Product and Workplace Design with Virtual Ergonomics
  • Ergonomic Workplace Designer: Safe & Efficient Workplace
  • Work Safety Engineer: Human-Centered Workplace Design with Virtual Ergonomics
Lean Manufacturing
  • Lean Team Member: Digitize Lean Practices to capture, monitor, and track operational meetings across organizational barriers
  • Lean Team Player: Digitize Lean Practices to capture, monitor, and track operational meetings across organizational barriers
Machining
  • Cutting Tool Technologist: Create virtual models of tools and other parts directly from manufacturers' website.
  • NC Machine Simulation Engineer: Full NC program validation based on NC Code (ISO Code / G-Code) machine simulation for milling, turning and mill-turn machines.
  • NC Mill-Turn Machine Programmer: Define and validate machining processes to program NC lathe and mill-turn machines.
  • NC Milling Machine Programmer: Define and validate programs to mill complex parts on a multi-axis milling machine or robot.
  • NC Mold & Die Programmer: Define and validate 2.5 and 3-axis machining processes to machine complex molds and dies.
  • NC Prismatic Machine Programmer: Define and validate 2.5-axis and Wire EDM machining processes.
  • NC Shop Floor Programmer: Enable CNC Machinist to create a NC Program dedicated to 3 axis machine & Wire EDM.
  • NC Shop Floor Reviewer: NC Shop Floor Reviewer streamlines the Machining process by enabling shop floor users to review up-to-date NC processes and programs prior to execution.
  • Fabrication Riveting System Programmer for Aerospace: Create, simulate, and validate complex NC drilling and riveting programs for aerospace industry.
Robotics
  • Assembly Riveting System Programmer for Aerospace: Program, simulate, and validate complex Robot drilling and riveting systems in a 3D Virtual Factory context.
  • Assembly Robot Programmer: Program, simulate, and validate Robotic assembly systems in a 3D Virtual Factory context.
  • Body-in-White Robot Programmer: Define, validate and program Body-in-White robot systems offline in the Virtual Factory.
  • Body-in-White Robotics Engineer: Validate and optimize the Body-in-White robotics processes and resources with Robotics simulation and validation in a Virtual Factory context.
  • Fabrication Robot Programmer: Define, validate and program robot arc welding and sealant deposition systems offline in the Virtual Factory.
  • Fabrication Robot Workcell Programmer for Industrial Equipment: Program, simulate, and validate Robotic fabrication systems in a 3D Virtual Factory context.
  • Robot Programmer: Build, Simulate, Validate and Program Industrial Robot workcells.
  • Robotic Workcell Simulation Engineer: Design, simulate and validate robot handling systems in the Virtual Factory.
  • Robotics Virtual Commissioning Analyst: Execute virtual commissioning scenarios on a Manufacturing virtual twin with accurate simulations of Robots, equipment and sensors connected to a PLC program.
  • Surface Robot Programmer: Define and validate offline program robotic finishing systems in the Virtual Factory.
Virtual Factory
  • Equipment & Layout Engineer: Design & validate tooling, machines, and layouts to build the Virtual Factory.
  • Factory Simulation Engineer: Simulate material flow and resource utilization in a Virtual Factory context
  • Machine & Tooling Designer: Create 3D virtual models of shop floor equipment such as machines, robots, 3D printers and tooling - including kinematics.
  • Plant Layout Designer: Advanced layout capabilities enable Manufacturing Planners to efficiently define the factory resource layout.
  • Process Simulation Reviewer: Utilize 3D simulations to review, mark-up and share best engineering practices.
  • Virtual Commissioning Analyst: Execute virtual commissioning scenarios on a Manufacturing virtual twin including accurate simulation of equipment and sensors connected to a PLC program.

DELMIA 3DEXPERIENCE 3DEXPERIENCE Roles

Discover the DELMIA 3DEXPERIENCE 3DEXPERIENCE Apps and Services available from TriMech

Role
Time Study Expert
Role
Virtual Commissioning Analyst
Role
Work Instructions Author
Role
Work Plan Viewer
Role
Work Safety Engineer

“DELMIA 3DLean was the first solution that made it possible for us to have interactive discussions, supported by a clear agenda for the meeting and an action log, which stores and follows up on agreed actions. As soon as we deployed 3DLean, I noticed an immediate benefit.”

Ari Linsuri
Director of Sales and Operations Planning, Valmet

"With DELMIA Quintiq’s advanced planning system supporting our capacity expansion program, we will be able to scale up manufacturing capacity, increase our efficiency and increase agility to satisfy the demands of our valued customers."

Thomas Touborg
SVP Group Operations, Pandora.

“We required a supply chain planning and optimization platform that could accommodate our intricate scheduling requirements, which stems from our unique approach of assembling and cooking products simultaneously. DELMIA Quintiq has an outstanding track record in the industry and its software platform will enable us to maintain the high quality and fulfilment standards our customers have come to expect.”

Andy Berliner
CEO, Amy’s Kitchen

DELMIA 3DEXPERIENCE Features

Plan, manage and execute your digital manufacturing with DELMIA

DELMIA Fabrication

DELMIA 3DEXPERIENCE Fabrication, which encompasses Additive Manufacturing and Machining, delivers new roles that bring enhanced functionality to the manufacturing process.

Capabilities that enable NC experts to create templates that encapsulate knowledge and company rules allow NC Programmers to find, and quickly build, the right template. This simplifies programming tasks and makes it less prone to errors.

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Robotics & Virtual Factories

Program, simulate, and validate Robotic assembly systems in a 3D Virtual Factory context

  • Simulate and validate complete robot spot welding and drill & riveting systems to eliminate costly crashes and optimize the production rate.
  • Deliver accurate, production-ready programs while keeping robots in production with offline robot programming.
  • Enable simultaneous engineering offline to accelerate the start of production.
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Advanced Process Engineering

DELMIA 3DEXPERIENCE Process Engineering delivers a data analytics solution that provides Manufacturing Engineering Managers a full view of how the MBOM is consuming the EBOM with tailored KPIs in one cockpit.

Those out of the box KPIs inform about maturity status, process details, and accountability of EBOM/MBOM, helping to ensure that Manufacturing Engineers are fulfilling their milestones and delivering processes that are complete.

DELMIA 3DEXPERIENCE Benefits

Easy to use software which will adapt to your business process

Drive Innovation

DELMIA 3DEXPERIENCE Digital Manufacturing drives manufacturing innovation and efficiency by planning, simulating, and modeling global production processes. This computer-based modeling technique leverages 3D visualization and powerful solutions to build products virtually, simulate and optimize new manufacturing system designs, as well as validate production schedules before setting foot in the actual production facility.

Faster Digital to Physical

Simulate manufacturing processes before the physical plant or production line even exists. By proving out plant level considerations such as manufacturing approaches and material flow in the early stages of product development, the product concept can be analyzed to determine the best approach to make the product resulting in faster, better responses to new market opportunities and competition.

Gain Operational Excellence

Operational excellence begins with manufacturing engineering—and engineering is best done in the digital realm. Digital technology has transformed engineering processes such as designing new factories and launching new products, enabling manufacturing engineers to design operational excellence into the projects from the very beginning.

Obtain a Digital Thread of intelligence

DELMIA 3DEXPERIENCE Digital Manufacturing solutions are the critical step in creating a Digital Thread of intelligence – a connected, integrated view extending from the virtual world of design and innovation to the real world of production. Both real and virtual activities can be linked to your extended value chain, and your customers, while ensuring that all product specifications are available to view and manage.