SAN JOSE, CA, June 2, 2025 – Peak Technology has announced the acquisition of Jinxbot 3D Printing, an additive manufacturing firm providing short-run prototyping and design support.
Founded by Jason Reynolds, Jinxbot is a 3D printing and design lab based in Silicon Valley that focuses on solving manufacturing problems. The company serves a varied client base, from independent creators to engineers, offering support in prototyping and short-run production. Its practical, hands-on approach reflects a focus on adaptability and direct collaboration. Jinxbot’s operational model complements Peak’s portfolio by extending capabilities in additive manufacturing and custom design services.
“Jinxbot represents the kind of nimble, idea-to-object capability that modern OEMs are increasingly demanding as they develop the next generation of high-performance systems,” said Robert de Neve, COO & head of corporate venture at Peak Technology. “This acquisition completes a key phase in our strategic growth plan, enabling us to offer a more integrated and responsive additive manufacturing solution set for our global customer base.”
“Our goal at Peak is to remain at the forefront of innovation,” said Sharon Woo, founder & CEO of Peak Technology. “Jinxbot’s unique ability to bridge creativity with technical execution makes them a perfect fit for our culture. We’re thrilled to welcome Jason and his team and look forward to what we’ll build together.”
Jason Reynolds, Founder & CEO of Jinxbot, added, “Joining Peak gives us the resources and reach to scale what we do best – helping innovators move from prototypes to production with confidence. I’m excited to work with a team that shares our values of ingenuity, adaptability, and technical excellence.”
Peak’s acquisition of Jinxbot addresses the need for specialized plastic components and assemblies in advanced manufacturing. The integration combines Jinxbot’s prototyping expertise with Peak’s capabilities in subtractive manufacturing and system integration, creating a streamlined development process for OEMs.
Source: Peak Technology
About Jinxbot
Founded in 2015 and based in Mountain View, CA, Jinxbot 3D Printing provides short-run additive manufacturing, prototyping, and design services. The company supports industries including consumer electronics, aerospace, and medical devices, offering fast-turnaround production for applications such as custom enclosures, test fixtures, and educational models. Jinxbot operates from two locations – one storefront and one dedicated workshop – and is known for its ability to work with a broad range of clients, from individuals to large organizations. Its workflow emphasizes speed, material flexibility, and practical design support. Annual revenue is estimated between $1 million and $2 million. In May 2025, Jinxbot was acquired by Peak Technology to expand capabilities in producing complex plastic assemblies and integrated component solutions for advanced manufacturing environments. The acquisition supports Peak’s broader strategy of providing OEMs with flexible, small-batch production and collaborative product development.
About Peak Technology
Founded in 1969 and headquartered in San Jose, CA, Peak Technology is a precision manufacturer focused on plastic and metal components. The company operates a 32,000-square-foot facility and provides services including CNC machining, vacuum and pressure forming, welding, surface treatment, and additive manufacturing. It supports industries such as aerospace, medical, defense, and semiconductors, with capabilities spanning from prototype development to full production. Certified under ISO 9001:2015, Peak maintains quality standards across its operations. The firm employs around 55 people and reports estimated annual revenue of $3.5 million. In 2025, Peak acquired Jinxbot 3D Printing to expand its additive manufacturing offerings, particularly in support of complex, small-batch plastic components and assemblies. The acquisition strengthens Peak’s subtractive capabilities and expands its role in advanced manufacturing solutions.