Low-Volume Production Services
Cost-effective batch runs from 10 to 1,000+ units utilizing optimized nesting arrays across quad-laser SLM platforms — skipping high tooling amortization while maintaining production-grade mechanical properties.
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Low-Volume Production Economics Pillars
Economic advantages of additive manufacturing for low-volume production — zero tooling, optimized nesting, and agile batch configuration.
Zero Upfront Tooling Costs
No Molds, No Dies, No FixturesErase tens of thousands in tooling investment and months of lead time — allocating 100% of your budget to component optimization and material quality rather than amortized hard tooling.
- No injection mold, casting die, or forging tool set required
- Design changes cost nothing — modify CAD and re-print same day
- 100% of program budget goes to part quality, not tooling depreciation
- Ideal for short-run production where traditional tooling ROI is negative
Multi-Part Nested Optimization
Advanced 3D Packing for Cost CompressionUtilizing advanced 3D nesting algorithms to pack dozens of geometrically diverse parts into a single build platform — drastically compressing laser execution costs per component while maximizing printer throughput.
- Automated 3D bin-packing algorithms maximize build platform utilization
- Mixed-part nesting: combine different geometries in one build cycle
- Up to 40% cost reduction vs. individual single-part builds
- Nesting optimization accounts for thermal shadowing and support access
Bridge-to-Mass Agility
Zero-Penalty Batch Configuration EditsIntroduce zero-penalty configuration edits batch-by-batch based on direct market telemetry — dodging legacy dead inventory traps and enabling true demand-driven production scaling without risk.
- Modify part geometry between batches with zero changeover cost
- Scale batch quantity up or down based on real-time demand signals
- No minimum batch commitment — print 10, 100, or 1,000+ as needed
- Digital inventory: print-on-demand eliminates warehousing overhead
Production Volume Throughput Dashboard
Volume, laser power, geometric accuracy, and material efficiency metrics for our low-volume SLM production service.
Batch Volume Range
Flexible batch sizing from single-digit prototype validation through 1,000+ unit production runs — no minimum batch commitment required.
Quad-Laser Power
Four synchronized 400W Yb-fiber lasers operating simultaneously across the build platform — reducing scan times by up to 60% compared to single-laser systems.
Feature Accuracy
Consistent dimensional accuracy across the full build platform verified via in-situ monitoring and post-build CMM inspection per ISO 2768-m standards.
Material Efficiency Rate
Exceptional material utilization through advanced nesting, support optimization, and powder recycling — reducing raw material waste to minimal levels.
All specifications measured under controlled conditions per ISO 2768-m and AS9100D. Actual results depend on part geometry, material grade, and batch size.
Inter-Batch Repeatability Control
Ensuring batch-to-batch mechanical property consistency and dimensional repeatability across multi-laser SLM production runs — validated through SPC witness bar protocols.
Mechanical Property Consistency
In multi-laser SLM production, variations in laser power calibration, powder quality across batches, and thermal history differences between build runs can cause tensile strength and yield strength fluctuations exceeding ±5% — violating aerospace material property allowables per ASTM F2924.
SPC Witness Bar Protocol & Real-Time Melt Pool Monitoring
- Mechanical test coupons (witness bars) printed alongside production parts in every build — one bar per quadrant of the build platform for spatial property verification
- Post-build tensile testing per ASTM E8/E8M — yield strength, UTS, and elongation measured and logged against control limits
- SPC (Statistical Process Control) tracking across all builds — Cpk ≥ 1.67 maintained on all critical mechanical properties
- Real-time melt pool monitoring via coaxial photodiodes captures emission signatures per layer — anomalies trigger automatic power adjustment or build pause
Dimensional Repeatability
Thermal gradient variations across different build layouts, recoater blade wear, and powder layer uniformity differences between batches introduce dimensional drift on critical features — particularly on thin walls, bore diameters, and mating surfaces.
In-Situ Layer Imaging & Post-Build CMM Verification
- High-resolution layer camera captures each powder bed image after recoating — automated comparison against reference detects deviations in powder distribution
- First-article CMM inspection per AS9102 on every new batch — critical features verified before production release
- Periodic sampling inspection at defined intervals during production runs — dimensional trends tracked via control charts
- Laser calibration verification before each build — beam profile, focus offset, and power output confirmed within specification
Ditch Costly Casting Tooling & CNC Block Waste
Submit Your Files for Multi-Tier Batch Pricing
Upload your STEP, STL, or PDF engineering files along with annual volume projections for a fast 24-hour multi-tier commercial assessment — including batch pricing for 10, 100, 500, and 1,000+ unit volumes, build platform nesting analysis, and material utilization optimization.
Submit for Batch PricingOne Metal. One Focus. Infinite Precision.
Founded in 2011 in Baoji's Titanium Valley, BOZE Metal is dedicated exclusively to titanium — from raw material to precision engineering. AS9100D, ISO 13485 & ISO 9001 certified with 500+ clients across Aerospace, Medical & Motorsport industries, we deliver end-to-end precision titanium CNC machining with full material traceability from source to component.
Boze CNC Ti is the dedicated titanium manufacturing center of Baoji Boze Metal Products Co., Ltd.