Content
Buying a wafer stick or egg roll production line is not simply a matter of comparing machine prices.
A production line is an industrial system.
The buyer needs to define the product, output, automation scope, factory conditions and acceptance criteria before comparing suppliers.
Provide the supplier with:
These details allow the equipment manufacturer to understand the actual production requirement.
Do not compare suppliers only by machine nameplate speed.
Define:
Required accepted output
and
Where the output is measured
For example, output measured at the forming section is not necessarily the same as finished product ready for packaging.
Where useful, specify both:
and clarify whether filling is included in the product weight.
A serious quotation should show the complete process flow.
For example:
Material Input → Baking → Forming → Rolling → Filling → Cutting → Cooling → Handling → Packaging Connection
The quotation should clearly distinguish:
This prevents misunderstandings after the order is signed.

A Factory Acceptance Test should have clearly defined conditions.
The test should specify:
For multi-head systems, consistency between working positions should also be checked where practical.
This makes the final test result traceable to the equipment actually purchased.
Before shipment, the project documentation should clarify:
Instead of relying only on a general statement such as “complete service”, the project should define the actual deliverables required for production startup.
To start a wafer roll or wafer stick project, HG recommends sending:
These inputs allow HG to move from a generic machine quotation toward a specific production-line configuration.
The right production line should connect:
Product specification → Process design → Equipment configuration → Automation → Accepted output → Factory layout → FAT → Commissioning
This is where engineering experience creates practical value.
Instead of simply asking:
“Which machine has the lowest price?”
a buyer can ask:
“Which production-line configuration can manufacture my product, at my required output, under clearly defined and testable conditions?”
That is the basis of a more reliable industrial equipment decision.