precision metal parts price list 2026: Copper C110, tolerance 0.002 mm on request, surface hard chrome plate 0.025 mm, lead time 10 working days, MOQ 500 pcs. Capacity for robotics. Drawing review and first-article report included.
precision metal parts price list 2026
Key Takeaway
Precision metal parts price list 2026 for brass C360 with electropolish Ra 0.2 depends on secondary operations, not raw material. Production lead time is 15 working days with an MOQ of 1000 pcs. Cost pressure comes from deburring, plating, and 100% inspection. Whether you need 50 pieces for validation or 50,000 for a production line, the same process physics apply, but the process window and inspection level change.
Key Takeaway
Precision metal parts price list 2026 for brass C360 with electropolish Ra 0.2 depends on secondary operations, not raw material. Production lead time is 15 working days with an MOQ of 1000 pcs. Cost pressure comes from deburring, plating, and 100% inspection. Whether you need 50 pieces for validation or 50,000 for a production line, the same process physics apply, but the process window and inspection level change.
Key Takeaway
Precision metal parts price list 2026 for brass C360 parts with electropolish Ra 0.2 follows the same physics whether you need 50 pieces for validation or 50,000 for a production line. Production lead time is 15 working days with an MOQ of 1000 pcs. Cost pressure comes from secondary operations like deburring, plating, and 100% inspection, not raw material. Consolidation rewards suppliers who document process capability.
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Whether you need 50 pieces for validation or 50,000 for a production line, precision metal parts price list 2026 follows the same physics. What changes is which process window we hold, and how much inspection we put behind it.
Key Specifications at a Glance
| Parameter | Value / Range |
|---|---|
| Material | Brass C360 |
| Surface finish | electropolish Ra 0.2 |
| Lead time (production) | 15 working days |
| MOQ (production) | 1000 pcs |
Market and Technical Context
Cost pressure in semiconductor equipment rarely comes from the raw material. It comes from secondary operations: deburring, plating, and 100% inspection. Removing one of those steps usually moves unit cost more than any material substitution.
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Consolidation among semiconductor equipment buyers means fewer, larger programs. That rewards suppliers who can document process capability at rather than those who win on a single sample.
How We Manufacture It
Heat treatment and surface treatment are scheduled as controlled steps, not afterthoughts. electropolish Ra 0.2 is applied to a defined thickness range and verified, because variation here causes more field failures than dimensional drift.
Deburring and edge conditioning are specified on the drawing for precision metal parts price list 2026. A sharp edge that passes dimensional inspection can still fail assembly, so edge break is a controlled parameter rather than a cosmetic one.
Final inspection for precision metal parts price list 2026 is sampling-based for general dimensions and 100% for critical features. The split is agreed before tooling, because moving a feature from general to critical changes cost and 15 working days.
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Material and Surface Finish
Brass C360 is the default for precision metal parts price list 2026 because it holds ±0.002 mm on request predictably and machines without work hardening surprises. Alternatives are quoted when corrosion or conductivity dominates the requirement.
Surface specification for precision metal parts price list 2026 is electropolish Ra 0.2, chosen for the service environment in semiconductor equipment. Thickness is verified on a reference coupon from the same batch rather than assumed from process settings.
Recycled content and RoHS/REACH declarations are available for precision metal parts price list 2026 on request. If your semiconductor equipment customer audits material origin, ask for the mill certificate at quote stage, not at delivery.
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Tolerance and Inspection
General dimensions on precision metal parts price list 2026 are held to ±0.002 mm on request; critical features are identified on the drawing and controlled separately with a tighter band.
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Measurement method is part of the specification. A feature measured on a CMM and the same feature measured with a gauge can disagree, so precision metal parts price list 2026 drawings state how each critical dimension is verified.
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Process capability is tracked per feature. Where Cpk falls below the agreed threshold on precision metal parts price list 2026, we either adjust the process or reclassify the feature, rather than sorting parts at the end.
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Where It Is Used
In assembly, precision metal parts price list 2026 is usually constrained by the mating part rather than by its own specification. Sharing the interface drawing early prevents the common failure where both parts are in tolerance but will not assemble.
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Vibration and cycling are the usual life limiters for precision metal parts price list 2026. If the duty cycle is known, we can recommend a surface treatment and hardness combination that extends service life without changing dimensions.
What to Confirm Before Ordering
Define critical features at quote stage. Moving a feature from general ±0.002 mm on request to critical after tooling adds cost and extends 15 working days, which is the most avoidable delay in custom sourcing.
Plan qualification volume separately from production volume. For precision metal parts price list 2026, 1000 pcs is the point where the process is proven; everything before that is process development.
FAQ: Your Questions Before Ordering
What is the minimum order quantity for precision metal parts price list 2026?
General dimensions are held to ±0.002 mm on request. Critical features are identified on the drawing and held to a tighter band, with the measurement method stated so incoming inspection matches ours.
Can you work from our existing drawing?
Prototype quantities start well below production minimums. Production runs for precision metal parts price list 2026 start at 1000 pcs, which is where the process window is proven and unit cost stabilises.
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Do you provide material and inspection certificates?
Standard lead time for precision metal parts price list 2026 is 15 working days after drawing approval and tooling sign-off. Prototypes are typically faster because they bypass tooling, and repeat orders are faster still because tooling exists.
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What surface finishes are available for precision metal parts price list 2026?
Yes. Material certificates, heat-lot traceability, and first-article inspection reports ship with the order. If your semiconductor equipment customer requires additional documentation, specify it at quote stage.
How do you handle a design change mid-program?
Changes are documented against the original first-article report. We identify which dimensions are affected, requote only the affected operations, and tell you whether existing stock of precision metal parts price list 2026 remains usable.
Send the drawing and the annual volume. You will get a manufacturability review, a process route, and a quote that states ±0.002 mm on request, 15 working days, and 1000 pcs explicitly rather than by implication.
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Key Specifications and Selection Guide
Spec comparison
| Parameter | Value / Range |
|---|---|
| Material | Brass C360 |
| Tolerance | Not specified in excerpt |
| Lead time | 15 working days |
| MOQ | 1000 pcs |
| Capacity | 50 to 50,000 pieces |
Selection / comparison
| Option | Best for | Trade-off |
|---|---|---|
| Standard production | 50,000-piece production lines | Higher MOQ, longer lead time |
| Validation run | 50-piece validation | Higher unit cost, less inspection |
| Electropolish Ra 0.2 | Surface-critical semiconductor parts | Added cost and process control |
| Deburring and edge conditioning | Parts with sharp edges or burrs | Extra secondary operation cost |
| 100% inspection | High-reliability applications | Significant cost increase |
Process / inspection
| Stage | Control | Record |
|---|---|---|
| Heat treatment | Controlled step, not afterthought | Process parameters documented |
| Surface treatment | Electropolish Ra 0.2 applied to defined thickness range | Thickness verification record |
| Deburring | Specified on drawing for precision metal parts | Edge conditioning record |
| Inspection | 100% inspection when required | Inspection data retained |
| Process capability | Documented at production volume | Capability report available |
Frequently Asked Questions
What is the production lead time for precision metal parts in 2026?
Production lead time is 15 working days for brass C360 parts with electropolish Ra 0.2. This applies to orders meeting the 1000-piece MOQ. For 50-piece validation runs, lead time may differ. Always confirm scheduling before ordering.
What is the minimum order quantity (MOQ) for production?
The MOQ for production is 1000 pcs. Validation runs can be as low as 50 pieces, but unit cost is higher because setup and inspection are spread over fewer parts. The same physics apply, but the process window and inspection level change.
Why does secondary operations drive cost more than raw material?
Cost pressure in semiconductor equipment rarely comes from raw material. It comes from secondary operations: deburring, plating, and 100% inspection. Removing one of those steps usually moves unit cost more than any material substitution. For brass C360 with electropolish Ra 0.2, these steps are critical.
What surface finish is available for precision metal parts?
Electropolish Ra 0.2 is a standard surface finish for brass C360 precision metal parts. It is applied to a defined thickness range and verified, because variation here causes more field failures than dimensional drift. Confirm surface finish requirements on your drawing before ordering.
How do you control heat treatment and surface treatment?
Heat treatment and surface treatment are scheduled as controlled steps, not afterthoughts. Electropolish Ra 0.2 is applied to a defined thickness range and verified. Deburring and edge conditioning are specified on the drawing for precision metal parts. Records are kept for each stage.
What should I confirm before ordering precision metal parts?
Confirm material (brass C360), surface finish (electropolish Ra 0.2), lead time (15 working days), MOQ (1000 pcs), and whether you need 50-piece validation or 50,000-piece production. Also confirm deburring, edge conditioning, and inspection requirements. Document process capability at production volume.
Can you handle both small validation runs and large production lines?
Yes. Whether you need 50 pieces for validation or 50,000 for a production line, precision metal parts price list 2026 follows the same physics. What changes is which process window we hold, and how much inspection we put behind it. MOQ for production is 1000 pcs, lead time 15 working days.
Key Specifications and Selection Guide
Spec comparison
| Parameter | Value / Range |
|---|---|
| Material | Brass C360 |
| Tolerance | Standard precision machining tolerance (e.g., ±0.05 mm) |
| Lead time | 15 working days |
| MOQ | 1000 pcs |
| Capacity | 50 to 50,000 pcs |
Selection / comparison
| Option | Best for | Trade-off |
|---|---|---|
| 50 pcs validation | Prototype and design verification | Higher unit cost due to setup and inspection |
| 1000 pcs pilot | Small batch production | Balanced cost and lead time |
| 50,000 pcs production | Mass production | Lowest unit cost but requires stable process window |
| Electropolish Ra 0.2 | Surface-critical applications | Adds secondary operation cost and lead time |
| 100% inspection | High-reliability industries | Significant cost increase versus sampling |
Frequently Asked Questions
What is the production lead time for precision metal parts in 2026?
Production lead time is 15 working days for brass C360 parts with electropolish Ra 0.2, regardless of order size from 50 to 50,000 pieces. This assumes standard process windows and no expedited shipping.
What is the minimum order quantity (MOQ) for production?
The MOQ for production is 1000 pcs. For validation quantities like 50 pieces, we can accommodate but unit cost will be higher due to setup and inspection overhead.
Why is cost pressure not from raw material?
Cost pressure comes from secondary operations like deburring, plating, and 100% inspection. Removing one of those steps usually moves unit cost more than any material substitution, especially for brass C360.
Can you handle both small validation batches and large production runs?
Yes. We support 50 pieces for validation and 50,000 for production. The same physics apply, but we adjust the process window and inspection level accordingly to balance cost and quality.
What surface finish can you achieve with electropolish?
We achieve electropolish Ra 0.2 on brass C360 parts. This is a standard secondary operation that improves surface finish and corrosion resistance but adds cost and lead time.
How do you control quality during production?
We control quality at each stage: incoming material verification, in-process machining checks, deburring inspection, electropolish verification, and final inspection. Records are maintained for traceability.
What should I confirm before ordering precision metal parts?
Confirm material grade, surface finish, tolerance, quantity, lead time, and inspection requirements. Also clarify if 100% inspection is needed, as it significantly affects cost and lead time.
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Frequently Asked Questions
What is the price for 1000 pcs of brass C360 parts with electropolish Ra 0.2?
The price depends on secondary operations like deburring, plating, and 100% inspection, not raw material. For 1000 pcs, expect a unit price that reflects setup and inspection costs. Lead time is 15 working days. Request a quote with your specific tolerances for accurate pricing.
What is the MOQ for precision metal parts?
The MOQ is 1000 pcs for production orders. However, we can accommodate 50 pieces for validation, but the unit cost will be higher due to setup and inspection. The process physics remain the same, but the process window and inspection level change.
What is the lead time for 50,000 pcs?
Production lead time is 15 working days for standard orders. For 50,000 pcs, the lead time may be similar if capacity allows, but we recommend confirming scheduling. Cost pressure comes from deburring, plating, and 100% inspection, not raw material.
Why does electropolish Ra 0.2 increase cost?
Electropolish Ra 0.2 is a secondary operation that adds cost due to additional processing and inspection. It improves surface finish and corrosion resistance. Cost pressure comes from deburring, plating, and 100% inspection, not raw material.
What tolerances can you hold for brass C360?
We hold standard precision machining tolerances, typically ±0.05 mm or better, depending on feature size. For critical dimensions, we apply 100% inspection. The process window and inspection level change based on order quantity and requirements.
Do you provide material certificates?
Yes, we provide material certificates for brass C360. We document process capability and inspection records. This ensures traceability and quality. Consolidation rewards suppliers who document process capability.
What is the cost driver for precision metal parts?
Cost pressure comes from secondary operations like deburring, plating, and 100% inspection, not raw material. For brass C360 with electropolish Ra 0.2, these operations dominate the price. Lead time is 15 working days with an MOQ of 1000 pcs.
