Customizable Square Glass Bottles

1. Design Proposal

We blend brand DNA + market trends to create "cultural symbolism + commercial logic" dual-driven concepts :

Merge hand-drawn sketches (capturing creative sparks) with digital drafts (annotating dimensions and material ideas), involving brands early in the creative journey.

Focus on "differentiated visuals" : Extract symbols like "Caribbean totems" or "industrial edges" for spirits. Data shows unique designs boost shelf attention by 30%.

2. Finalize

A cross-team review (design, engineering, cost) ensures "aesthetically pleasing AND manufacturable" solutions:

Optimize ergonomics : Neck diameter and bottle curves undergo 3 rounds of grip testing (20+ target consumers blind-tested) for smooth pouring and eye-catching display.

Predict mass-production risks : A "mold cost simulation algorithm" selects cost-effective processes (e.g., UV printing vs. hot stamping, cutting costs by 25% while preserving quality).

3. Modeling

Parametric 3D modeling enables real-time adjustments + multi-scheme comparison :

Tweak core parameters: Volume (±50ml), neck threads (±0.05mm tolerance for cap compatibility), emboss depth (0.1–0.5mm for texture simulation).

Verify structural synergy : Center of gravity and stacking stability for irregular shapes (virtual drop tests pre-control damage rate ≤0.5%).

4. Rendering

4K photorealistic renderings simulate real-world lighting + material effects :

Accurately replicate 工艺 details: Metallic plating (reflectivity ≥85%), matte coating (haze ≥80%), gradient ink layers (color saturation ≥95%).

Accelerate market decisions : Compare "hot-stamped logos" vs. "laser etching" visually, slashing decision time by 40% for one rum brand.

5. Handboard of Printing

SLA 3D printing + real printing processes deliver 1:1 functional prototypes in 24 hours :

Test visuals + functionality : Label adhesion (error ≤0.2mm), capping torque (1.5–3.5N·m), pattern abrasion (≥100 alcohol wipes without peeling).

Uncover potential flaws : Thread jams, sharp edges-avoiding rework (one case reduced post-production costs by 15% via prototype optimization).

6. Final Product

Automated production lines + 11-step QC ensure "1:1 design replication" :

Process accuracy ≥99%: Texture and color deviate from prototypes by ≤ΔE 1.5.

Lead time compressed to 25 days (vs. industry 35 days), backed by a "damage compensation" policy for market confidence.

Bottle Dimension Measurement：High-precision calipers verify height, diameter, and other parameters, ensuring perfect alignment with design specs.

Bottle Weight Inspection：Electronic scales control weight consistency across batches for standardized production.

Volume Accuracy Testing：Professional equipment measures actual capacity to match labeled volume precisely.

Print Adhesion Test：Evaluates the bonding strength of prints (labels, patterns, etc.) to prevent detachment or fading.

Cutting Resistance Test：A tool simulates scratching to test the adhesion and wear resistance of surface treatments (e.g., spray coatings).
6-7. Spray Adhesion Verification：After over 10 cycles of tape adhesion-peeling tests, no paint residue on the tape proves excellent spray coating adhesion.

Internal Pressure Testing：Specialized instruments apply internal pressure to test the bottle's pressure resistance and safety under extreme conditions.

Vertical Axis Deviation Test：Checks vertical alignment to avoid cosmetic defects and tilting during filling.

Impact Resistance Assessment：Simulates collisions and drops to test the bottle's durability in transit and use.

Leak-Proof Detection：Sealed bottles undergo leak testing to ensure zero leakage during storage and transportation.