TOOLING COST
One of the
most difficult issues we have as
mould manufacturers is competing in the worldwide market to create
tooling at a low cost while
maintaining part quality. While most firms estimate tool prices
based on experience or
spreadsheets, they frequently make mistakes, either quoting too
high and losing the contract to
the competition or incurring additional expenses later in the
production process, resulting in a
financial loss.
It's tough for us to measure how much time and money we spend each
month on mould quotation.
Other mould producers waste a significant amount of time and money
each month quoting moulds
that will never be used. This business model will not work in the
long term.
Our single solution is a CAD software product that allows us to
precisely compute mould costs by
recognising cost-driving geometric characteristics such as surface
area, volume, wall thickness,
feature ribs, apertures, and undercuts..
The tool streamlines and automates the quotation process while
removing reliance on third-party
apps. Machinability is assessed for 3D models created in or
imported from CAD software, taking
into account the draught angle, wall thickness, mould flow, and
plastic injection. Feature
recognition characteristics are then used to identify costing
parameters. Then there's product
cost management, which we figure out for tooling cost estimation,
as well as labour cost
estimation, using our costing criteria.
CAD Advanced feature recognition also aids in the identification
of characteristics that are
important cost drivers for product and mould costing estimation,
as well as those that are
necessary for cost models. 3D models provide an enterprise-wide
platform for managing
calculations, as well as the foundation for standardised costing
estimation, fact-based
calculations, and cost transparency. We can provide rapid,
accurate cost estimates for
quotations and tool cost analysis using calculations. Injection
moulding calculation, cost
estimation, and cost with respect to production cycle are all part
of our product cost
management.
Geometric parameters and features can be manually inserted into
the geometry object, or CAD
software can be used to populate the geometrical parameters and
features in a semi-automated
manner. While features are recognised automatically, it is always
necessary to evaluate the
findings and interact with the data manually.
Advanced elements like as ribs, undercuts, bending regions, and so
on are also detected by the
programme, which are necessary for calculating mould costs
estimation, especially in the early
stages when no mould design is provided. We use this information
to provide rapid and accurate
estimation after we've identified all of the cost factors.