Thermoforming Guides

Break-even quantity equals the difference in one-time costs divided by the difference in delivered unit costs. Match trimming, openings and packaging first, then recalculate for revisions, lifetime demand and timing.

Use heavy-gauge thermoforming for large curved appearance covers; compare sheet metal for structural loads, grounding and shielding. A metal frame with a formed cover can divide those tasks. Compare the complete delivered assembly, tooling and future changes.

Heavy-gauge thermoforming shapes heated plastic sheet into parts such as equipment housings; FUNYO tooling takes about 1–3 weeks, versus about 6–10 weeks for a comparable injection mold.

Choose thin-gauge forming for packaging inserts and handling trays; use heavy gauge for medium-to-large equipment housings. FUNYO’s heavy-gauge starting-sheet range is 6–15 mm (0.24–0.59 in). Use the part’s function, geometry and starting sheet to separate the routes; specify finished wall separately.

A cleanroom class describes airborne particles: Class 100 is approximately ISO 5 at ≥0.5 μm, not a tray-surface cleanliness grade. Specify air class, surface acceptance and packaging separately.

Assign A, B and C surfaces by visibility after assembly, then agree viewing conditions and defect limits. Trace webbing to folded sheet, chill marks to early contact, and whitening to stretch or stress; check wall condition alongside appearance.

A published five-axis trim reference is 0.010–0.015 in (0.254–0.381 mm) for reasonably small parts in a rigid, accurate fixture. For large parts, separate tool-contact, free-side and CNC dimensions, with agreed datums and measurement conditions.

Use heavy-gauge thermoforming plus CNC for medium-to-large curved appearance covers, especially while styling changes remain likely. FUNYO tooling takes about 1–3 weeks. Define the frame, sealing and equipment tests separately, then compare the same delivered scope across processes.

Specify locating surfaces, load paths, stacking and handling interfaces before choosing sheet. FUNYO forms heavy-gauge parts up to 2600 × 1600 × 600 mm (102.4 × 63.0 × 23.6 in). Starting gauge is 6–15 mm (0.24–0.59 in). Validate the tray with its actual load and support arrangement.

Use 3D printing or CNC models for prototypes, then thermoforming plus CNC for repeat deliveries. FUNYO heavy-gauge tooling takes about 1–3 weeks and costs less than 1/10 of comparable injection tooling. Recalculate injection molding after design freeze and stable demand.

Heavy-gauge forming suits curved floor displays, counter components and light box faces; tooling takes about 1–3 weeks. Work backward from launch through samples, production and shipping, and design the split, nesting and insert interfaces before the tool.

FUNYO thin-gauge trays for automated lines are controlled to +0.3 / −0.2 mm. Define handler datums, pocket features, stack release and ESD requirements together.

Thermoforming price depends on sheet input, secondary operations and delivered requirements. Separate tooling and other initial charges from recurring costs, then align drawings, batch quantities, inspection, packaging and shipping before comparing supplier offers.

Send one controlled revision covering the part, quantity, material and environment, appearance and finishing, acceptance, and delivery. If drawings are missing, start with photos and dimensions; keep each supplier’s assumptions beside its price.

Heavy-gauge tooling takes about 1–3 weeks; sample approval, revisions and freight are scheduled separately. Freeze the drawing and material, then approve dimensions, wall thickness, appearance and assembly against one identified sample revision.