Low Volume Manufacturing Projects
Karry Precision provides low volume manufacturing for custom metal and plastic parts, supporting prototype validation, pilot production, bridge production, and small-batch orders before full-scale manufacturing. Production methods can be selected according to part geometry, material, quantity, tolerance, lead time, and application requirements.
Our manufacturing capabilities include CNC machining, CNC turning, 3D printing, sheet metal fabrication, plastic injection molding, and die casting, allowing customers to choose a practical production route for different quantities and part requirements.
From drawing review and material selection to manufacturing, dimensional inspection, surface finishing, and final delivery, our engineering team supports projects through each stage of low-volume production and helps prepare suitable parts for future repeat manufacturing.
Low Volume Manufacturing Support
- Design & Manufacturing Review
Drawings, tolerances, materials, quantities, and functional requirements are reviewed before production to select a suitable manufacturing process. - Flexible Process Selection
CNC machining, 3D printing, sheet metal fabrication, molding, and other available processes can be selected according to part geometry and production volume. - Prototype to Small-Batch Production
Projects can progress from initial prototypes and design validation to pilot runs, bridge production, and repeat low-volume orders. - In-Process Dimensional Inspection
Critical dimensions and functional features are monitored according to drawings and project tolerance requirements. - Surface Finishing & Assembly Support
Finishing and assembly requirements can be coordinated according to material, appearance, and end-use specifications. - Final Inspection Before Shipment
Finished parts are inspected for dimensions, appearance, and specified quality requirements before packing and delivery.
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CNC Machined Steel Block for an Experimental Flow Rig Test
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Material Specification: 34CrNiMo6 Alloy Steel (EN 10083-3)
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Heat Treatment Requirement: P30-026T / Gas Quench (Per Drawing)
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Cleanliness Requirement: TI-1196 (Applicable at Final Assembly)
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34CrNiMo6 Steel CNC Milling for a High-Hardness Multi-Bore Prototype
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Material Specification: 34CrNiMo6 Alloy Steel (EN 10083-3)
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Machining Features: Dual Large Bores / Precision Drilled Holes / Milled Relief
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Hardness Requirement: 500–600 HV10 (Per Drawing)
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