Data Recording

Regular air circulation, no obvious odor in the room (specific measures)

The power supply must meet grounding requirements and not share a circuit with high-current devices. Ensure stable voltage during printing (Yes/No)

Do not place volatile solvents such as water and alcohol in the printing room (Yes / No)

The voltage and current must strictly comply with the printer’s power requirements (record specific voltage and current)

Place on a hard, level surface (specific measures)

FEP film is intact, clean, and properly tensioned (Yes/No, attach photo)

The light source and display device are functioning normally (Yes/No, attach full-screen illumination photo)

The print screen/imaging glass is clean and free of impurities (Yes/No, attach photo)

Resin vat is properly installed and locked (Yes / No)

Printing materials are normal and not expired (Yes / No)

The printing material added in the resin tank is well-mixed and free of impurities (Yes / No)

The printing material is sufficient and will not overflow during the printing process (whether it is within the allowable scale range of the mark, if the resin vat lacks scales, record whether there is resin overflow during the first complete separation)

Model and platform Separation

Whether the bottom area of the model is intact and bonded to the printing platform

Difficulty of separating the model from the print platform (Difficult/Normal/Easy)

Difficult: Requires significant force, or model is easily damaged during separation. Normal: Separates without excessive force, model undamaged. Easy: Model easily separates from the platform, undamaged.

When the first item is Yes, it is necessary to further record the description of the surface post-processing method of the model

Constant temperature storage requires recording temperature; if there is no storage temperature requirement, state "no temperature requirement"

Light-shielding storage requires specific method description; if no light requirement, state "No light requirement."

Ensure a complete top view photo, clearly showing print details upon magnification.

Record 24-30 hours after printing.

Lay model flat on a level surface and photograph perpendicular to the design surface.

Test records within 24-30h after printing;

The baseplate of the model is squared to the horizontal plane and perpendicular to the design surface of the baseplate.

Test records within 72-78h after printing;

Lay model flat on a level surface and photograph perpendicular to the design surface.

Visible layer lines: record "Visible"; no visible layer lines: record "Not visible."

If all details match the design and are clearly visible, record "Details fully printable" and attach high-resolution close-ups of four detail parts.

If detail clarity is partial or all failed, record "Details not fully printable" and attach high-resolution close-ups.

Hole sizes from smallest to largest: φ0.5, φ1, φ2, φ2.5;

record the smallest fully printed hole size: "Smallest fully printed hole size: xxx ";

for others, state the status such as: " xx hole bottom blocked; xx hole shows print marks; xx hole not visibly printed."

Shaft sizes from smallest to largest: φ0.5, φ1, φ2, φ2.5;

record the smallest fully printed shaft size: "Smallest fully printed shaft: xxx ";

for others, state the status such as: " shaft partially deformed; xx shaft partially printed; xx shaft not visibly printed."

Boss sizes from smallest to largest: 0.1mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm, 0.6mm, 0.7mm, 0.8mm;

record the smallest fully printed boss size: "Smallest fully printed boss: xxx";

for others, state the status such as: " boss partially deformed; xx boss partially printed; xx boss not visibly printed."

Groove sizes from smallest to largest: 0.1mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm, 0.6mm, 0.7mm, 0.8mm;

record the smallest fully printed groove size: "Smallest fully printed groove: xxx ";

for others, state the status such as: " groove partially deformed; xx groove partially printed; xx groove not visibly printed."

Visible layer lines: record "Visible".

No visible layer lines: record "Not visible."

If the hole is fully printed, record "Fully printable";

if the hole is partially or fully blocked, record "Not fully printable."

Ensure a complete top view photo, clearly showing print details upon magnification.

Record after post-processing.

Lay model flat on a level surface and photograph perpendicular to the design surface.

Record 24-30 hours after printing.

Lay model flat on a level surface and photograph perpendicular to the design surface.

Record 72-78 hours after printing.

Lay model flat on a level surface and photograph perpendicular to the design surface.

Visible layer lines: record "Visible"; no visible layer lines: record "Not visible."

If all details match the design and are clearly visible, record "Details fully printable" and attach high-resolution close-ups of four detail parts. If detail clarity is partial or all failed, record "Details not fully printable" and attach high-resolution close-ups.

Hole sizes from smallest to largest: φ0.5, φ1, φ2, φ2.5;

record the smallest fully printed hole size: "Smallest fully printed hole size: xxx";

for others, state the status such as: "xx hole bottom blocked; xx hole shows print marks; xx hole not visibly printed."

Shaft sizes from smallest to largest: φ0.5, φ1, φ2, φ2.5;

record the smallest fully printed shaft size: "Smallest fully printed shaft: xxx";

for others, state the status such as: "shaft partially deformed; xx shaft partially printed; xx shaft not visibly printed."

Boss sizes from smallest to largest: 0.1mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm, 0.6mm, 0.7mm, 0.8mm;

record the smallest fully printed boss size: "Smallest fully printed boss: xxx";

for others, state the status such as: "boss partially deformed; xx boss partially printed; xx boss not visibly printed."

Groove sizes from smallest to largest: 0.1mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm, 0.6mm, 0.7mm, 0.8mm;

record the smallest fully printed groove size: "Smallest fully printed groove: xxx ";

for others, state the status such as: "groove partially deformed; xx groove partially printed; xx groove not visibly printed."

Inclination angles of the dual wings relative to the main base plate are: 45°, 30°, 15°.

Record "Fully printable" if all angles are printable;

if the wings are partially printed, record specific angles and their status such as: "xx° wing fully printable, xx° wing deformed, xx° wing not fully printable."

Inclined dual wings have three wall thicknesses: 0.4mm, 0.3mm, 0.2mm.

Record "Fully printable" if all are printable;

if the wings are partially printed, record specific thicknesses and their status such as: "xx mm wing fully printable, xx mm wing deformed, xx mm wing not fully printable."

Record visibility of layer lamination: "xx* wing layer lines visible";

if there are no visible layer lines, record "xx wing no visible layer lines."

If the top circular section of the spherical cockpit has visible layer lines, record "Top circular layer lines visible";

if not, record "Top circular no visible layer lines."

If the large hole is a perfect circle, record "Hole is circular";

if not, record "Hole is not circular."

Heavy supports as per CHITUBOX software; includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

Middle supports as per CHITUBOX software; includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

Light supports as per CHITUBOX software; includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

If any support parameters were adjusted, record the CHITUBOX software support parameter data. Includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

Ensure a complete top view photo, clearly showing print details when magnified.

Ensure a complete front view photo, clearly showing print details when magnified.

Ensure a complete rear view photo, clearly showing print details when magnified.

Ensure a complete left view photo, clearly showing print details when magnified.

Ensure a complete right view photo, clearly showing print details when magnified.

Record after post-processing.

Lay model flat on a level surface and photograph perpendicular to the design surface.

Record 24-30h after post-processing;

Lay model flat on a level surface and photograph perpendicular to the design surface.

Record 72-78h after post-processing;

Lay model flat on a level surface and photograph perpendicular to the design surface.

If the uniform lattice is fully printable, record "Fully printable"; if not, record "Not fully printable."

Record after post-processing;

gently press the top area of the lattice with a finger (without breaking it), and record if it compresses and rebounds. Record: "Compressible" or "Non-compressible" accordingly.

Record 72-78 hours after post-processing;

gently press the top area of the lattice with a finger (without breaking it), and record if it compresses and rebounds. Record: "Compressible" or "Non-compressible" accordingly.

Record 7-8 days after printing;

gently press the top area of the lattice with a finger (without breaking it), and record if it compresses and rebounds. Record: "Compressible" or "Non-compressible" accordingly.

Heavy supports as per CHITUBOX software; includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

Middle supports as per CHITUBOX software; includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

Light supports as per CHITUBOX software; includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

If any support parameters were adjusted, record the CHITUBOX software support parameter data. Includes support areas of 2mm, 3mm, and 4mm radii. Record the maximum fully printable support area's radius: "Max printable radius: xx mm."

Remove the φ6 shaft model and measure its diameter with a calibrated vernier caliper or micrometer, then record: "φ6 design shaft measured as φ xx." Fit the φ6 shaft with holes of +0.05mm, +0.025mm, 0, -0.025mm, -0.05mm deviations, and record the fit results: "* deviation (tight, moderate, loose)."

Wall thicknesses: 0.5mm, 0.4mm, 0.3mm, 0.2mm. Record: "Smallest fully printable wall thickness: mm." For unsuccessfully printed structures, specify: " mm wall thickness printed successfully but deformed" or "xx wall thickness structure partially or entirely missing."

Gradient plane inclination angles progress from 15° to 45° in 5° intervals. Describe and illustrate layer line effects at each angle. Record: "No visible layer lines," "Uniform transition layer lines," or "Abrupt transition layer lines" accordingly.

Gradient hole and shaft sizes: φ0.025, φ0.5, φ1, φ3, φ5, φ10. Measure and record precise parameters using vernier calipers or micrometers: "φ xx design shaft measured as φ xx."

For unmeasurable small holes/shafts, record formability: Shaft: "φ x (fully formed/deformed/not fully formed)" Hole: "φ xx hole bottom blocked," "φ xx hole shows print marks," "φ xx hole not visibly printed" accordingly.

Gradient inclined cylinder structure ranges from 0° to 45°. Record drift if present: "Bottom drift occurred," and attach detailed images. If absent, record: "No bottom drift occurred," and attach detailed images.

Record: "No visible transition layer lines" if no layers are visible in all models; if layer lines can be seen on part of the inclined cylinder, record: "xx° inclined cylinder layer lines visible."

Groove sizes: 0.1mm, 0.2mm, 0.3mm, 0.4mm, 0.5mm, 0.6mm, 0.7mm, 0.8mm (horizontal and vertical). Record the smallest fully printed groove: "Smallest fully printed groove: xx"; for others, specify: "xx groove partially deformed," "xx groove partially printed," "xx groove not visibly printed." accordingly.

Gradient steps range from 1mm to 8mm. Record: "xx mm cross-wall structure fully printable," "xx mm cross-wall structure bottom layer deformed or partially missing," "xx mm cross-wall structure not successfully printed." accordingly.