When a TGV alignment packaging machine arrives at your plant, the paperwork that comes with it does more than satisfy purchasing formalities. It decides whether your team can install the equipment correctly, prove that it meets the agreed specification, and get help quickly when something behaves unexpectedly. For a machine that bonds glass panels to PI film at a stated alignment accuracy of ±0.03 mm, weak documentation usually shows up later as slow commissioning, disputed acceptance results, and long, awkward support calls.
The checklist below follows the machine through its whole life at your site: what should reach you before installation, what proves it works, and what keeps it running afterwards. It is written for engineers and procurement staff who are buying TGV alignment packaging machine solutions and similar precision bonding equipment.
1. Commercial and configuration documents
Start with the documents that fix exactly which machine you bought. A precision bonding tool is built around your product, so a generic catalogue page is not a sufficient record.
- Signed technical agreement or specification sheet, including the material sizes the machine was built for and the alignment accuracy the machine was accepted against.
- Bill of materials for the machine, naming the major sub-assemblies: linear motor modules, the adsorption platform, the X/Y/θ alignment stage, the vision system, and the industrial PC.
- Spare-parts list split into wear items, recommended spares, and long-lead items, each with manufacturer part numbers and quantities.
- Options and recipe list actually delivered, so a future product change can be matched against what the control software already supports.
Ask for these as a single pack, not scattered across emails. When a component fails a year later, a part number in a bill of materials is worth far more than a photograph of the machine.
2. Installation, utilities and site-preparation documents
Most avoidable damage to a precision tool happens in the first week on site, before the first part is bonded. The installation pack should let your facilities team prepare the room before the machine is unpacked.
- Installation drawing with footprint, door widths, and lifting or handling points. The TGV alignment packaging machine is listed with an external size of about 2,260 mm in length including the vacuum pump, 1,700 mm in width and 2,300 mm in height including the FFU, which is exactly the kind of figure you need checked against your floor plan and lifts.
- Utility requirements: power supply and connection point, compressed-air quality and flow if used, vacuum pump venting, and floor loading.
- Environment requirements for the cleanroom or enclosed area, including the FFU and ion-cleaning module arrangement and any access clearance needed for maintenance.
- Unpacking and transport checklist, with a damage claim procedure and a list of items to photograph on arrival.
If your site uses MES, request the data interface description at this stage rather than after installation. Documented field names, trigger conditions, and storage location let your IT and manufacturing teams connect the equipment in parallel with installation instead of waiting for a second visit.
3. Operation and process documents
These are the documents your operators will actually touch every day, so their quality controls your ramp-up speed more than any other pack.
- Operator manual in the language used on the shop floor, covering manual glass and PI film loading, camera positioning, recipe selection, and the sequence of adsorption, pre-bonding, vacuum pumping, and bonding.
- Recipe and parameter guide that explains which values an operator may change and which are locked, with the effect of each change on bonding quality.
- Standard work instructions with photographs for setup, first-article check, and shift handover.
- Defect reference guide linking visible problems such as alignment bubbles, inclusions, or misalignment to their likely cause and the correct corrective action.
- Safety instructions covering the safety light curtain, pinch points, vacuum components, and lock-out during jam clearing.
A practical test: hand the operator manual to someone who has never used the machine and ask them to set up a job from it. Anything they cannot complete without phoning a vendor belongs in a revised instruction, not in tribal knowledge.
4. Acceptance and calibration evidence
Acceptance documents are what turn "the machine arrived" into "the machine performs as sold". Agree their format before shipment so the supplier's report matches your incoming inspection.
- Factory acceptance test report from the supplier's site, showing measured alignment accuracy, throughput, and visual inspection results on sample parts.
- Site acceptance test protocol with the pass criteria for alignment accuracy and cycle rate on your own materials, plus the sample quantity to be run.
- Vision-system calibration record, including how the CCD measurement function is calibrated, how measurement marks are generated, and how measurement data are stored or exported.
- Machine calibration schedule with the intervals for the alignment stage, vacuum performance checks, and platform flatness.
Keep the factory and site reports together. Comparing them is the fastest way to see whether a shortfall came from the machine or from a process variable on your line, and it protects both sides if the results are disputed.
5. Maintenance, spare parts and support documents
- Preventive maintenance manual with tasks by interval, the tools required, and consumable specifications.
- Assembly drawings or exploded views for the bonding head, adsorption platform, and motion axes, so replacements can be ordered without a technician visit.
- Fault-code table and diagnostic flowchart tied to what the touch-screen interface actually displays.
- Software documentation: control software and vision software version list, backup procedure, restore procedure, and the account levels used by operators, engineers, and the supplier.
- Support card with the escalation path, remote-diagnostic procedure, response times, spare-parts lead times, and warranty terms written out rather than summarised.
For a low-throughput precision cell such as a glass vacuum bonding line running single-digit pieces per hour, an unplanned stop is expensive in lost capacity rather than lost cycle time. Documentation that lets your own technicians clear a fault in one shift pays for itself in the first year.
6. What to ask for before the machine ships
Add these four items to your purchase order and to the pre-shipment inspection, because they are hard to obtain afterwards:
- The complete document list named in your technical agreement, confirmed as delivered in electronic form on a single medium with a table of contents.
- Acceptance criteria and test protocol, signed before the machine is built, with the measurement method stated for alignment accuracy.
- Software backup, version list, and account levels delivered with the machine.
- Contact details for the engineer who commissioned your machine, not only a general sales mailbox.
Wrapping up
A good delivery pack answers four questions without a phone call: which machine this is, how to install it, how to run and prove it, and how to keep it running. If a supplier can produce those documents in a named, dated pack, that is a reliable signal they will support the equipment as well as they build it.
If you are specifying a bonding or packaging cell for glass and film products, request the document list in writing during quotation, before the machine is designed. Shenzhen PowerDe Automation Precision Equipment works on customised non-standard automation equipment and can discuss documentation requirements alongside the process requirements of your product, so the pack delivered matches how your plant actually accepts and maintains the equipment.
