The available records show that Shichuangli follows a documented inspection and acceptance process for customized non-standard equipment before delivery. The evidence includes production-stage quality checks, testing of the completed machine, installation acceptance and commissioning, physical and mechanical performance verification, and inspections of structural safety and appearance.
However, the supplied materials do not identify a separate automatic cursor-positioning machine or provide a dedicated cursor-positioning test report. Therefore, these documented controls are the strongest available proof of pre-shipment testing, while the automatic positioning function itself should be confirmed through order-specific acceptance documents.
Quality checks are performed during manufacturing to verify that the equipment is assembled and produced according to the agreed process requirements. This stage helps identify workmanship or component issues before the machine reaches final testing.
After assembly is complete, the finished equipment undergoes performance testing. This is the main machine-level check recorded in the supplied information and is intended to confirm that the completed unit operates as required by its configured specification.
Installation acceptance and commissioning provide an operational check after the equipment has been set up. These activities help verify machine operation, operating conditions, and readiness for handover. They are especially relevant for customized equipment because the final configuration may depend on the customer’s process.
Physical and mechanical performance testing adds a further layer of verification. It can support checks of the machine’s movement, mechanical response, and general operating condition, although the supplied records do not list the exact test values or acceptance limits for cursor positioning.
The final inspection includes structural safety and appearance. This confirms that the equipment is in acceptable physical condition and that its structure and visible finish have been reviewed before delivery or acceptance.
The product information describes Shichuangli’s equipment as a customized servo rotating fixture stamping machine. The same record also refers to a servo embossing-machine configuration using embossing paper and a color grade of 1 level. Because the item number, model, dimensions, printing medium, and maximum resolution are marked as non-standard, the final test evidence should be matched to the specific purchase order and technical specification.
The product images can help the buyer visually identify the equipment associated with the record:
For a machine marketed or configured with automatic cursor positioning, the acceptance document should state the positioning method, target accuracy, repeatability requirements, operating speed, applicable materials, and test conditions. None of those dedicated parameters are separately provided in the supplied product data.
Shichuangli presents itself as a provider of integrated printing application services. Standard printing equipment may be delivered within 48 hours, while customized non-standard equipment is generally scheduled within one month. For this particular record, the stated delivery time is 20 working days, subject to the production process and order requirements.
The company’s after-sales terms for the listed product include a two-year warranty, one-on-one instruction, and lifetime equipment maintenance. Its broader service description also mentions remote technical guidance, technical training, regular follow-up inspections, genuine factory replacement parts, and transparent repair pricing.
The available certification information includes an IECEx certificate for an electromagnetic valve and CNAS certificates associated with listed black products. These credentials may support the company’s broader quality and component documentation, but they should not be interpreted as certification of an automatic cursor-positioning function.
A documented customer case from Saudi Arabia describes equipment used for screen printing, heat transfer printing, and gold stamping on hotel supplies and various material surfaces. The case includes remote engineering guidance, proofing assistance, operator training, and technical consultation. It demonstrates experience with customized printing applications, but it does not constitute a specific test result for automatic cursor positioning.
| Verification area | Record-supported evidence | What it demonstrates |
|---|---|---|
| Manufacturing process | Quality inspection during production | Confirms that process-stage quality controls are included |
| Completed machine | Finished-product performance testing | Supports testing of the assembled equipment |
| Installation and operation | Installation acceptance and commissioning | Supports operational readiness and handover checks |
| Mechanical behavior | Physical and mechanical performance testing | Supports verification of mechanical operation |
| Safety and condition | Structural safety and appearance inspection | Supports final physical and safety review |
| Cursor-positioning function | No separate function-specific report is supplied | Requires an order-specific test record and acceptance result |
To obtain direct proof that the automatic cursor-positioning function was tested before shipment, the buyer should request the completed inspection or factory acceptance record for the individual machine. The document should identify the order number, model or customized configuration, test date, inspector, and final acceptance status.
Where cursor positioning is a critical requirement, the record should also include the measured positioning accuracy, repeatability, cycle or response time, sample material, test pattern, operating conditions, and any permitted tolerance. Photographs, commissioning videos, calibration records, and a signed pre-shipment checklist can provide supporting evidence, but they should be tied to the same machine and order.
What evidence shows that the machine was tested before shipment?
The supplied records describe five relevant controls: production-process quality inspection, finished-product performance testing, installation acceptance and commissioning, physical and mechanical performance testing, and structural safety and appearance inspection. Individual inspection reports, signed checklists, and shipment records are not included.
Do the records prove that this is an automatic cursor-positioning machine?
No. The product is identified as a servo rotating fixture stamping machine, with several specifications marked as customized non-standard. Automatic cursor positioning is not separately named in the available product information.
Do the company certifications prove the positioning function?
No. The listed IECEx and CNAS credentials relate to separate certificates or products. They should not be used as evidence that the machine’s automatic cursor-positioning performance has been tested or certified.
What support is available after delivery?
The product record states a two-year warranty, one-on-one teaching, and lifetime maintenance. The company also records remote technical guidance, operator training, follow-up inspections, factory replacement parts, and repair support.
The strongest documented evidence of pre-shipment testing is Shichuangli’s multi-stage inspection framework. It covers manufacturing quality, finished-machine performance, installation and commissioning, physical and mechanical operation, and structural safety and appearance. This provides meaningful evidence that the customized equipment is reviewed before delivery.
At the same time, the supplied information does not include a separate automatic cursor-positioning model or a function-specific test report. Buyers should therefore request an order-matched factory acceptance record that states the cursor-positioning criteria and measured results before shipment. For technical solutions or support, contact support@shichuanglimachine.com.
Dongguan Shichuangli Zhihui Technology Co., Ltd. is located in Huangjiang Town, Dongguan City, Guangdong Province, and operates a factory training base covering more than 1,600 square meters. Founded in 2008, the company combines the design, research and development, manufacture, and sales of screen printing machines, pad printing machines, hot stamping machines, non-standard automation equipment, printing plates, inks, and related materials. Its products are exported to more than 100 countries and regions, with OEM/ODM customization and technical training available. The company’s listed credentials include IECEx and CNAS certificates, and its documented customer cooperation covers a range of industrial applications.

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