Tight-Tolerance Machining and Complex Assembly for Scaled Programs
Viant Laconia machines and assembles tight-tolerance components for complex medical device programs.
Capability on the floor covers a wide range of features and tolerances for complex components. Laser processing, packaging, and labeling run in the same building, carrying a component through to a labeled, ready-to-ship device.
Quality engineers and the production team collaborate closely, moving programs with accountability and consistency, from cutting to final inspection.
Laconia At-A-Glance
Expertise: Precision CNC machining and complex finished-goods assembly for medical device programs
Known for: Swiss machining and wire EDM paired with multiaxis CNC milling; in-house laser processing, packaging, and labeling
Certifications: ISO 13485 certified, FDA registered
Environment: 41,000 sq ft facility; 8,000 sq ft ISO Class 8 clean room; 4 Swiss machines, 3 wire EDM machines, 4 multiaxis CNC mills
Location: 45 Lexington Dr.,
Laconia, NH 03246,
United States
| Core Capabilities | Our Approach | What it Means For You |
|---|---|---|
| NPI | Dedicated NPI team executing ViaLaunch™ methodology and 3P events, with cross-functional resources (PM, NPI Manager, QEs, MEs, Buyer) aligned from kickoff through production release. | New programs move from concept to validated production with fewer surprises, tighter timelines, and lower launch risk. |
| Program Management | Program management support grounded in EPMO and PMBOK® best practices, with Lean and Six Sigma principles embedded throughout. Viant's team aligns to program goals, proactively manages risk, and maintains clear communication at every stage. | Clear ownership and proactive risk management from kickoff through delivery that supports audit readiness. |
| CNC Machining | Swiss machining, wire EDM, and multiaxis CNC milling producing precision components for medical device programs. | Tight tolerances and repeatable quality hold across production runs. |
| Laser Processing | In-house laser processing supports secondary operations on machined components. | Laser work stays on-site, keeping components moving through production without added handoffs. |
| Complex Finished-Goods Assembly | Complex finished-goods assembly for medical device components and subassemblies. | Machining and assembly happen under one roof, on the same program. |
| Packaging and Labeling | In-house packaging and labeling turn finished assemblies into a ready-to-ship product. | Devices leave the facility labeled, packaged, and ready to ship. |