Wound Therapy Device Launch Support
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CLIENT
Advanced Wound Management OEM
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INDUSTRY
Medical
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CAPABILITY
Engineering & Design Support, Injection Molding, Additive Manufacturing, CNC Machining, Sheet Metal Fabrication, Finishing, Assembly, Bridge Production
Faster pilot-build response
Cleaner production transfer
Reduced tooling risk
Keeping Wound-Therapy Device Accessories on Schedule
A leading wound-care OEM was expanding its negative-pressure therapy ecosystem around single-use and traditional NPWT products. That created pressure on the supporting mechanical layer: molded pump housings, clips, tubing-management features, canister interfaces, charger and dock details, packaging inserts, training hardware and test fixtures. The customer needed a manufacturing partner that could turn quick revisions into reliable pilot-build components without locking into hard tooling before the design and validation plan were ready.
The Problem
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Wound-therapy devices sit at the intersection of patient-facing usability and clinical reliability.
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Housings, clips, docks, tubing routes and packaging details have to feel intuitive for caregivers and patients, hold up through handling, and support leak-check, assembly and usability validation.
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For this OEM, the challenge was not to mass-produce the mature device immediately. It was keeping changing device and accessory content moving while NPI teams evaluated designs and prepared for transfer.
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Traditional mold tooling would create cost and schedule risk too early, while internal teams and core suppliers were focused on validated production.
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The result was a familiar launch gap: too many pilot-build parts, fixtures and packaging changes to manage with long lead times.
The Solution
±«Óãtv acted as a fast, coordinated extension of the customer’s engineering and operations teams.
Hartland, WI supported rapid tooling, injection-molded pilot housings, additive prototypes, finishing and light assembly for device accessories and usability studies.
Round Rock, TX provided CNC prototypes, fixture hardware and close-to-Fort Worth response for engineering feedback.
Denver, CO and Ithaca, NY produced sheet-metal carts, brackets, enclosure plates and assembly fixtures.
±«Óãtv’s global network offered urethane prototypes and scalable molded production options after design freeze.
This multi-site approach gave the customer a controlled path for pilot builds, validation fixtures and bridge tooling. Rather than force production suppliers to absorb design churn, ±«Óãtv helped isolate the most iterative mechanical content and move it forward with better speed, manufacturability feedback and documentation.
The Results
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With ±«Óãtv handling revision-heavy wound-therapy device accessories and supporting fixtures, the customer tested patient-facing components and packaging more quickly, without prematurely committing to hard tooling.
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Engineering teams could close changes faster, operations teams gained a clearer path from Fort Worth pilot activity to validated production, and launch stakeholders had more confidence in fit, feel and workflow readiness.
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The project created a smoother bridge from design iteration to production transfer. It showed how ±«Óãtv could support Advanced Wound Management programs where speed, usability, tooling discipline and documentation all matter.
