Mausware Expanded Device Line, Leased Richmond Office

Peripheral maker Mausware has leased new space in Richmond and added three models to its Finger Maus lineup.

Updated on Oct. 12, 2026 in Remote Work

Mausware Expanded Device Line, Leased Richmond Office

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Mausware has secured the Tredegar Trust building in Richmond, Virginia, as its new headquarters and expanded its Finger Maus product line to four total models. The company is scaling operations as it aims to grow its market presence and secure future outside funding.

Why it matters

By adopting 3D printing and biodegradable materials, the firm is attempting to disrupt the traditional peripherals market where conventional mice average significantly higher weight. This move signals a push to optimize supply chains and product footprints to reach a projected $10 billion valuation within seven years.

The Finger Maus product line now consists of four models, including the 23-gram Spectrum device with five programmable buttons. These products weigh significantly less than the 130-gram average for conventional computer mice, representing an 80% reduction in material usage.

The players

Mausware

A developer of ergonomic, 3D-printed peripheral devices designed for surface-free computing environments.

The details

Mausware utilizes 3D printing and biodegradable materials to manufacture the Finger Maus, a controller worn on the finger that operates without needing a flat surface. The expansion to four models—ULTRA, Blaze, ULTRA X, and Spectrum—allows the company to target varied ergonomic use cases. The firm plans to host a preview event at its new Richmond location to demonstrate these operational capabilities.

August 2025: Finger Maus launched on Indiegogo.
October 12, 2026: Headquarters and product expansion news announced.

Market Landscape

Mausware’s strategy follows the broader industry trend of adopting additive manufacturing to reduce material costs and hardware weight. This approach marks a departure from traditional injection-molding production models that currently dominate the computer peripheral market.

Operators in the hardware space should monitor the company’s supply chain efficiency and its ability to maintain ergonomic performance using 3D printing at scale. As Mausware moves toward its 7-year valuation target, watch for how its compact, surface-free hardware impacts traditional desktop accessory demand.

The takeaway

Mausware is banking on a low-weight, high-tech manufacturing strategy to capture market share from traditional hardware incumbents. Business owners should track the long-term durability and production costs of 3D-printed peripherals against mass-produced alternatives in their own procurement cycles.