MedTechWare
Software and firmware sit at the heart of much of our team’s product-development experience. From digital pathology and diagnostic fluidics to blood cell separation, the work connects code, electronics, mechanics, and the complete system.
This collection includes experience from our team’s earlier roles, before MedTechWare. These historical product images show the range of systems and engineering details the team brings into the studio today.
Whole systems, embedded software and firmware, and rapid prototypes that move a product toward manufacturing.
Showing all 22 archive entries.
Full-system development / Digital pathology
Full-system development of a digital pathology device, bringing together mechanical engineering, motion control, image acquisition, image processing, and software/firmware.
Prior team experienceSoftware, firmware & physical design
Software and firmware formed part of this instrument’s development alongside enclosure design and sample access, connecting device behavior with the physical workflow.
Prior team experienceSystem concept / Software & firmware
A laboratory instrument development effort spanning software/firmware and the physical system. This packaging study explores sample access, enclosure form, and internal component layout.
Prior team experienceRapid prototyping / Fluidics
Rapid prototyping of a fluidics subsystem for a LAMP diagnostics device, bringing mechanics, motion, and software/firmware together for early system evaluation.
Prior team experiencePorts, seals, and interfaces
A clear assembly reveals threaded ports, seals, fasteners, and the physical details of a fluid connection.
Prior team experienceMotion / Software & firmware
A bench prototype combining motion hardware with software/firmware for integrated engineering evaluation. The open arrangement makes component handling, alignment, and system behavior accessible.
Prior team experienceRapid prototyping → DFM → design transfer
Full-system development of a blood cell separation device, spanning software, firmware, mechanical engineering, industrial design, and fluidics. The work progressed from rapid prototyping through design for manufacturing (DFM) and design transfer.
Prior team experienceProcessing, power, and interfaces
A control board brings a processor, power components, protection, and connectors together on one assembly.
Prior team experienceIndustrial design exploration
Alternative enclosure forms, screen positions, and access arrangements make early product decisions visible.
Prior team experienceForm and scale
Physical models give teams a shared way to evaluate proportions, component placement, and interaction.
Prior team experienceHands-on integration
A bench fixture makes connections and component behavior accessible for engineering investigation.
Prior team experienceConnected products / User workflow
A compact reader, interchangeable cartridges, charging hardware, and a mobile interface brought together around a connected product workflow.
Prior team experienceInstrument interfaces / Run information
An enclosed laboratory instrument combines multiple loading positions with a touchscreen showing run progress and measurement curves.
Prior team experiencePrototype / Touchscreen interaction
A tabletop instrument prototype combines a sloped touchscreen, enclosed hardware, and a form built around direct user interaction.
Prior team experiencePhysical controls / Handheld form
Physical controls and external connections packaged into a compact handheld interface.
Prior team experienceSystem packaging / Display and access
A cart-based instrument brings display placement, keyboard access, service openings, and enclosure organization into one physical system.
Prior team experienceCartridge loading / Instrument form
A cartridge and compact reader illustrate the relationship between loading workflow, physical interfaces, and instrument packaging.
Prior team experienceEngineering prototype / Component interfaces
An exposed circuit board, wired assembly, heat-sink features, and a channel plate show the interfaces within an engineering prototype.
Prior team experienceWorking mechanism / Bench evaluation
A working mechanism makes lever travel, a linear guide, wiring, and component interfaces accessible for evaluation.
Prior team experienceOptical interfaces / Compact enclosure
A compact enclosure integrates multiple optical windows within a handheld form.
Prior team experienceProduct form / Materials and finish
A family of handheld forms explores finish, grip, control placement, and a consistent product identity.
Prior team experienceInstrument workspace / External interface
An enclosed instrument with a visible internal workspace and an external touchscreen interface.
Prior team experienceEngage MedTechWare for software and electronics expertise, a focused development challenge, or coordinated product development with specialist partners.