Q1 · Can you do it with no drawing, just an idea?

Yes, we can work from just an idea, no drawing needed. Send us the application, retracted/extended length, and target price, and we'll draw it (2–3 days to align), then mass-produce after sample approval.

Q2 · What's the difference between a 3D-printed sample and a real-material sample?

3D-printed parts are only good for a temporary look and rough feel and aren't durable; the telescoping tube body and CNC parts use the same material and process as production, so they verify real feel, strength, and assembly precision. Most customers use 3D for appearance parts and real-material samples for functional parts.

Q3 · I'd like to test in small batches first. Is that possible?

Yes, you can test in small batches first, with no MOQ. Three paths: telescoping tube only, telescoping tube + 3D parts, or telescoping tube + CNC. Test first, then produce.

Q4 · Is the sample fee refundable?

The sample fee is refunded after a formal order; shipping is not included.

Q5 · How soon after prototyping does mass production start?

After sample sign-off: Bare Telescoping Tubing 15–20 days, everything else 30–45 days; add 30–45 days if tooling is needed.

· Prototyping & Low-Volume Production

Products

/ Prototyping & Low-Volume Production

Sample first, confirm, then cut a die, greatly improving test efficiency and lowering the cost of trial and error. Prototyping in 7–10 days, using the same material and process as mass production.

Plastic 3D-printed parts (grips, end plugs, etc.): 3–5 days

Metal 3D-printed parts: 3–5 days

Metal parts needing real strength and assembly precision go through CNC part prototyping,

about 3–5 days, from 1 piece

Important note: 3D-printed parts of any material are only suitable for a temporary look and rough feel;they don't hold up to prolonged use.

Low-volume testing:
three no-MOQ paths

Bare Telescoping Tubing, to match your own parts for testing

Bare Telescoping Tubing + 3D-printed parts, mainly for feel and light testing

For more rounds of testing, Bare Telescoping Tubing + CNC parts (same material and process as production, reusable for repeated testing)

All three build on Bare Telescoping Tubing, with no MOQ.

Test

confirm the final version

then mass-produce is the most economical path.

When you actually need a die

Tube body: 99+ ready diameters cover essentially every telescoping-tube use case, ready to produce.

Parts: we invest in 100–200 sets of tooling each year and keep a large stock of ready, general-purpose plastic and metal parts (clips, locking parts, screws, soft/hard grips, etc.), worth checking first.

What truly needs a die is usually the key appearance part you design yourself, such as a selfie-stick clamp, a tripod head, a product housing, brand-specific styling, and so on

Tooling flow: first confirm no ready size/style fits → test the telescoping section with Bare Telescoping Tubing → approve the sample → cut the die (30–45 days) → assemble the tooled parts with the telescoping tube and ship to you for testing and QC

first confirm no ready size/style fits

test the telescoping section with Bare Telescoping Tubing

approve the sample

cut the die (30–45 days)

assemble the tooled parts with the telescoping tube and ship to you for testing and QC

Sample fee

The sample fee ranges from USD 20–200 by complexity, refundable after a formal order;
shipping is not included.

100% inspection

SMETA 4-Pillar audit

6–10 hour first response

Finished Product FAQ

within 24–48 business hours

Telescoping-tube prototyping: 7–10 days

Prototyping is essentially making your telescoping tube so you can verify it. We prototype with the same material and process as mass production, not a rough look-alike, but a real check of tube quality, tolerance, finish, and telescoping feel.