Change the order. The quote and the drawing change with it.
Your engineers define the rules once. After that, sales get a price from the 3D model and the factory gets the drawing. Nobody waits for engineering.
01 One input
A sample robot cell. Change the part. Drag the model to turn it.
The gripper must hold more than 1.1 × the part and weigh less than 1.2 × the part. The robot must carry the tool and the part.
Loading the robot
02 A price
Gripper2 × 3-jaw centric, size 100
Tool + part12.0 kg
Robot25 kg / 1.89 m
Pedestal plate1000 × 1000 mm
Pricefrom your price rules
Payload used48 %
03 A drawing
Top viewmm
Sheet 02 · The cost of one changeToday
A customer changes one dimension. Seven people find out.
The request goes to the dealer. The dealer goes to the design team. The design team models it, drafts it, checks it, converts it for the machine. Only then can anyone give the customer a price. Every handoff is a day, and every day is a chance the customer stops waiting.
Customer0 d
Dealer+1 d
CAD model+3 d
Drafting+3 d
Checking+2 d
CAM / DXF+1 d
Manufacturing0 d
10 working daysfor one customer change.
01 / Time
Nothing can be priced until the drawing exists.
02 / People
The work waits on the few engineers who know the rules.
03 / Risk
Every manual step is a place a wrong number gets through.
None of this is a people problem. It is the same work, typed again, for every order.
Sheet 03 · What you runOne rule set
Two ways to run it. The same rules behind both.
Change any input and the model, the bill of materials and the dimensions all move together, because they read the same rules.
Your rules
R1Gripper holds more than 1.1 × part
R2Gripper weighs less than 1.2 × part
R3Robot carries tool + part
R4Plate clears the robot base
3D model
Quotation
Gripper, 3-jaw, size 100
× 2
Robot, 25 kg / 1.89 m
× 1
Pedestal plate, 1000 × 1000
× 1
Total
from your price rules
04 Quotation
03 Drawing
02 3D model
01 Your rules
Sales Configurator
Your sales team and your customers build the product themselves, in 3D.
A guided form that only allows valid combinations.
A live 3D view of exactly what they configured.
A bill of materials, priced from your own rules.
A specification sheet they can save and send.
Sales, dealers, and the customer. No CAD skill needed.
One customer order. Sales get the quote. The factory gets the drawings.
In
One customer order
Through
Your rules, defined once by your engineers
Out · Sales Configurator
Sales, dealers and the customer get
A live 3D view of exactly what they configured.
A bill of materials, priced from your own rules.
A specification sheet they can save and send.
Out · Design Configurator
Engineering and the factory get
Manufacturing drawings, dimensioned and checked against your rules.
DXF and machine data, ready for the cutting floor.
One source of truth from the customer's answer to the machine.
Neither team has to learn a new piece of software to get this.
Sheet 06 · How it works4 steps
Four steps, then it runs on its own.
We learn your rules.
Our design engineers sit with yours and define how the product is actually decided. Dimensions, constraints, variants, the exceptions everyone knows and nobody wrote down.
You approve them.
Inputs, rules, and outputs, agreed in writing before anything is automated. Nothing gets built on a guess.
We automate and check.
We build the configurator, run the edge cases, and check the generated drawings against what your team would have drawn.
Your team runs it.
Sales configure. The factory receives drawings. We stay on for changes when the product line moves.
Sheet 07 · The alternativesProduct plus service
They sell software. We hand over a working configurator.
The other tools are products. You buy the licence, then you find someone who can learn it, and defining the rules is your project. CadEazy is a product and the people who build it with you. The rule capture, the automation, and the checking are our work, not another job for your engineers.
Question
Other tools
CadEazy
What you buy
A software licence you still have to configure.
The configurator, and the team who builds it with you.
Who defines the rules
Your team, after training or with parametric scripts.
Our design engineers, working with yours.
Automation team in-house
Yes. You hire or train the specialists.
No. The rule capture is our job.
Who runs it day to day
A trained designer.
Sales, dealers, and customers.
Skill needed to start
Deep rule-logic, forms, CAD scripting.
None to run it. Engineering owns the rules.
What setup costs
Services often cost more than the licence, or your own engineering time.
A setup per product line, quoted for your product.
Pricing shape
Annual or subscription licence per seat.
Pay per output generated.
Drawings and DXF
With the right modules, or drawn by your team.
Included in the Design Configurator.
When the product changes
Your team edits the rules or the model.
You tell us. We update the rules.
Every row above comes down to one question. After you sign, who actually does the work?
DriveWorks setup services are reported at $50,000 to $100,000 for complex implementations, and users report a steep learning curve needing rule-logic knowledge most teams do not have in-house. Fusion 360 is a design and manufacturing platform rather than a design automation product, so the configuration logic is built by your own team. Sources: Gartner Peer Insights, HiTech Digital, Autodesk product documentation.
Sheet 08 · CommercialsPay per output
You pay to set it up, then you pay for what it makes.
There is a setup for each product line, because someone has to sit down and capture your rules properly. After that it is priced per output generated. No idle seats. No licence you forgot you were renting. If a quarter is quiet, the bill is quiet.
We will give you the numbers for your product line on the call. They depend on how many rules it takes to describe it.
Shape only. Your numbers depend on how many rules it takes to describe your product line.
Sheet 09 · Before you askFAQ
The four things every engineering team asks us.
"Our products are too custom for rules."
Most are more ruled than they look. We start by separating the parts that repeat from the parts that genuinely change, and we automate the first group first. If a product really has no repeatable logic, we will tell you on the call instead of selling you a project.
"Do we need someone in-house to run this?"
No, and this is where we differ from the software you have been quoted. You are not buying a tool to go and learn. Our design engineers define the rules with yours and keep them running. Sales use the configurator with no CAD skill. Changing a rule is a conversation with us, not a training course and not a new hire.
"What happens when the product changes?"
You tell us what changed and we update the rules. Every order after that picks up the change. That is the point of holding the logic in one place.
"Can this sit inside how we already work?"
Yes. It takes requirements from a web form, from your website, or from your own systems through an API, and it hands drawings and data to the factory the way they already receive them.
Sheet 10 · Next stepDemo
Bring one product line. We will show you its configurator.
Tell us what you make and where the queue builds up. We will map one of your product lines and show you what its configurator would do, using your own rules and your own dimensions.
Helpful to have ready
The product line that queues up the most
What has to come out at the end: quote, drawing, DXF, or all three
Roughly how long a custom quote takes you today
No sales sequence. One reply from the people who would build it.