collet chuck for wood lathe: , fins at pitch, flatness, thermal resistance. MOQ 50 sets, ships in 10 working days.
collet chuck for wood lathe: , fins at pitch, flatness, thermal resistance. MOQ 50 sets, ships in 10 working days.
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A collet chuck for wood lathe is a stamped, one-piece finned component that delivers thermal resistance with fins thick at pitch over a base. Flatness on the mounting face is held directly from the tool, and every batch ships with a CMM report. Stamped construction keeps the part light, tolerates batch variation, and catches die wear as a measurable shift in fin pitch during inspection rather than in the field.
A collet chuck for wood lathe is a stamped, one-piece finned component that delivers thermal resistance with fins thick at pitch over a base. Flatness on the mounting face is held directly from the tool, and every batch ships with a CMM report. Stamped construction keeps the part light, tolerates batch variation, and catches die wear as a measurable shift in fin pitch during inspection rather than in the field.
A collet chuck for wood lathe in delivers thermal resistance under . Fins are thick at pitch over a base, and every batch ships with a CMM report at .
Because the base and fins are pressed as one piece, there is no brazed joint to fail. flatness on the mounting face is held directly from the tool, which keeps thermal interface contact uniform.
A single stroke forms the whole collet chuck for wood lathe, so part cost stops scaling with complexity. Tooling runs , and the cycle feeds a line.
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Low fin gauge is where stamping wins: fins at pitch give more surface per cubic millimetre than a machined or extruded profile of the same envelope.
Stamped construction tolerates batch variation better than extrusion: die wear shows up first as a measurable shift in fin pitch, which inspection catches at rather than in the field.
Pressing keeps the collet chuck for wood lathe light, from depending on envelope, without sacrificing fin density, which matters where airflow path length is already fixed by the enclosure.
The standard material is , supplied with . For applications where automatic turning lathe exposure is a concern, we recommend the passivated route; where conductivity matters more than weight, copper C110 raises thermal performance and roughly doubles unit mass.
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General dimensions run to , with critical features such as held separately. Formed geometry inherits tooling repeatability of , and hole position is held to . Tighter classes need an extra press operation, so it is worth deciding before tooling rather than after.
Each batch carries a CMM report from . We record flatness, pitch, base thickness and hole position, and flag anything outside before it leaves the line.
Sampling is AQL 0.65 for critical dimensions and 1.5 for general, with on every first article. Deviations beyond trigger a full-lot sort.
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Flatness is measured on granite rather than on cast iron, because at reads differently on a plate that has not been lapped. Records keep both readings.
Final containment is . Every carton is labelled with lot, quantity and inspection status, and the record is kept for 10 years against the ISO9001 file.
In automatic turning lathe, the rating determines how much airflow the enclosure still needs. At automatic turning lathe junction temperatures, fins at pitch keep the delta-T inside the sensor budget.
automatic turning lathe packaging and vibration rules push toward one-piece construction. A stamped collet chuck for wood lathe has no adhesive to creep, which is the usual failure mode in two-part coolers.
automatic turning lathe designs often run a 2.0 m/s forced-air path. at means automatic turning lathe can hold its target with fan power below the acoustic limit.
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For automatic turning lathe prototypes, 10 working days covers drawing review and first article. Production lots move to 20 working days once the capability is signed off.
| Parameter | Value / Range |
|---|---|
| MOQ (prototype) | 50 sets |
| MOQ (production) | 200 sets |
| Lead time (prototype) | 10 working days |
| Lead time (production) | 20 working days |
General dimensions run to ; critical ones such as are held separately. Formed features inherit tooling repeatability of . If your drawing needs tighter, tell us before tooling so we can plan the extra press operation.
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Yes. Standard is . Powder coating to RAL 9005 adds about 0.1 mm to the base; zinc-nickel is better for grounding. Note that any added coating sits between and the airflow, so we do not coat the fin roots.
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measured on . This is the number that matters for automatic turning lathe, because the thermal pad needs even contact. If your assembly needs better, say so and we can add a skim operation.
On at normal press tonnage, expect a tooling life of roughly . At that is 6 to 12 months. We keep spare die sets on site for automatic turning lathe programs, which removes the wait if wear shows up in the flatness record.
Yes, we ship as-pressed for customers who do their own finishing. The risk is handling marks on fins, so we pack those parts with interleaving sheets inside .
Source-direct from Dongguan: coil stock, forming, surface treatment and inspection happen in one building, so flatness is verified before the part is packed.
Our automatic turning lathe experience runs back to the first tooling programme in 2015. That history is why the standard and are conservative rather than optimistic.
We quote and hold 50 sets for sampling. Sampling is , so a first evaluation does not require a production commitment.
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Request a quote: sc@bquq.com | WhatsApp +86 13713157787 | Dongguan, China
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| Parameter | Value / Range |
|---|---|
| Material | Standard material supplied with surface finish |
| Tolerance | Flatness on mounting face held directly from tool; fin pitch measurable shift |
| Lead time | Tooling runs and cycle feeds a line; batch shipping with CMM report |
| MOQ | Batch quantities; every batch ships with CMM report |
| Capacity | Single stroke forms whole part; line cycle production |
| Option | Best for | Trade-off |
|---|---|---|
| Stamped one-piece | High fin density, low weight, no brazed joint | Die wear shows as fin pitch shift |
| Machined profile | Complex geometries | Higher cost scaling with complexity |
| Extruded profile | Uniform cross-section | Less tolerant to batch variation |
| Brazed assembly | Mixed materials | Joint can fail under thermal cycling |
| Low fin gauge stamping | Maximum surface per cubic millimetre | Requires tight pitch control |
| Stage | Control | Record |
|---|---|---|
| Forming | Single stroke forms whole part; no brazed joint | Tooling run parameters |
| Fin pitch | Die wear monitored as measurable shift | Inspection catches at batch stage |
| Flatness | Mounting face held directly from tool | CMM report per batch |
| Thermal interface | Uniform contact from flatness control | CMM report per batch |
| Final shipment | Inspection before every shipment | CMM report at batch |
The standard material is supplied with a specified surface finish. For applications where automatic turning lathe exposure is a concern, we recommend a material grade suited to that environment. The stamped one-piece construction uses fins thick at pitch over a base, and every batch ships with a CMM report.
Flatness on the mounting face is held directly from the tool, which keeps thermal interface contact uniform. Because the base and fins are pressed as one piece, there is no brazed joint to fail. Inspection catches any measurable shift in fin pitch at the batch stage rather than in the field.
Fin pitch is controlled through tooling and monitored for die wear, which shows up first as a measurable shift. Stamped construction tolerates batch variation better than extrusion. We hold flatness on the mounting face directly from the tool and provide a CMM report with every batch for verification.
Low fin gauge is where stamping wins: fins at pitch give more surface per cubic millimetre than a machined or extruded profile of the same envelope. A single stroke forms the whole part, so part cost stops scaling with complexity. Stamped construction also tolerates batch variation better than extrusion.
Because the base and fins are pressed as one piece, there is no brazed joint to fail. Flatness on the mounting face is held directly from the tool, which keeps thermal interface contact uniform. The stamped design delivers thermal resistance with fins thick at pitch over a base for consistent heat transfer.
Every batch ships with a CMM report. Inspection catches die wear as a measurable shift in fin pitch at the batch stage rather than in the field. Flatness on the mounting face is verified, and the CMM report documents the critical dimensions for your quality records.
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Tooling runs and the cycle feeds a line, with batch quantities shipping against your schedule. Every batch ships with a CMM report. Because a single stroke forms the whole part, part cost stops scaling with complexity, which supports efficient production runs at your required volume.
| Parameter | Value / Range |
|---|---|
| Material | Stamped metal (one-piece finned) |
| Tolerance | Flatness on mounting face held directly from tool |
| Lead time | Not specified in article |
| MOQ | Not specified in article |
| Capacity | Tooling runs and cycle feeds a line |
| Option | Best for | Trade-off |
|---|---|---|
| Stamped one-piece finned | Thermal resistance with light weight | Tolerates batch variation; die wear shows as fin pitch shift |
| Machined profile | Complex features | Higher cost, more material waste |
| Extruded profile | Uniform cross-section | Less tolerant to batch variation; die wear not easily measured |
It is a stamped, one-piece finned component. The base and fins are pressed as one piece, so there is no brazed joint to fail. Material is selected for thermal resistance and formability, with fins thick at pitch over a base.
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Flatness on the mounting face is held directly from the tool. This keeps thermal interface contact uniform. Every batch ships with a CMM report documenting the measured flatness.
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Fin pitch is controlled by the stamping die. Die wear shows up first as a measurable shift in fin pitch during inspection rather than in the field. Every batch ships with a CMM report so you can verify pitch before assembly.
Stamping wins at low fin gauge: fins at pitch give more surface per cubic millimetre than a machined or extruded profile of the same envelope. A single stroke forms the whole part, so part cost stops scaling with complexity.
Stamped construction tolerates batch variation better than extrusion. Die wear is caught as a measurable shift in fin pitch during inspection, not in the field. This keeps thermal performance consistent across batches.
Every batch ships with a CMM report. Inspection checks flatness on the mounting face and fin pitch. Die wear is detected as a measurable shift in fin pitch, so out-of-spec parts are caught before they leave the facility.
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It is used where thermal resistance is needed in a light, stamped component. The one-piece finned design with fins thick at pitch over a base suits applications requiring uniform thermal interface contact and batch-to-batch consistency.
| Parameter | Specification |
|---|---|
| MOQ (prototype) | 50 sets |
| Lead time (production) | 20 working days |
