PROTOPRECISION PARTS Trademark

Serial Number: 50148746

PROTOPRECISION PARTS is a trademark filed by Protocase Inc. on October 7, 2026. The trademark is classified under Class 40 (Treatment & Processing), Class 41 (Education & Entertainment), Class 42 (Computer & Scientific). The application is currently pending registration.

Trademark Classes

40

Class 40 - Treatment & Processing

Treatment of materials

41

Class 41 - Education & Entertainment

Education; providing of training; entertainment; sporting and cultural activities

42

Class 42 - Computer & Scientific

Scientific and technological services; industrial analysis and research services

Owner Contact Info

Protocase Inc. (32 trademarks)

46 Wabana Court
Sydney B1P 0B9 , CA

Entity Type: 03

Legal Representation

Attorney of Record

William L. Gravatt

4 trademarks filed View all →

Correspondence Address

William L. Gravatt Michael Best & Friedrich LLP

790 N Water Street, Suite 2500

Milwaukee, WI 53202

United States

Trademark Details

Filing Date

October 7, 2026

Registration Date

Not Registered

Goods & Services

Providing online non-downloadable videos in the field of designing and fabricating metal parts, namely sheet metal parts, machined metal parts and 3D printed metal parts; Training in the use of and operation of design and creator software for designing custom metal parts, namely sheet metal parts, machined metal parts and 3D printed metal parts

Custom manufacture of metal parts, namely sheet metal parts, machined metal parts and 3D printed metal parts; Custom 3D printing of metal, namely sheet metal parts and machined metal parts; Metalworking; Metal fabrication and finishing services for others; Machine shop services, namely, machining parts for others; Custom imprinting of metal parts, namely sheet metal parts and machined metal parts; Engraving

Custom design and engineering of metal parts, namely sheet metal parts, machined metal parts and 3D printed metal parts; Technological planning and consulting services in the field of designing and developing electro-mechanical assemblies