CNC Machining Centers Specifications & Catalogs
Explore detailed brochures, technical catalogs, and real-world machining video demonstrations of our global-standard horizontal U-axis CNC machining solutions.
A Legacy of High-Performance Industrial CNC Engineering
Since 1960, Trevisan Machine Tool has designed and built heavy-duty machining solutions for top global enterprises. We maintain strict manufacturing compliance standards (ISO & CE), providing the aerospace, energy, and automotive industries with reliable machining assets. Our resource library serves international procurement officers, providing transparent specifications and operational video proof of our machining performance.
CNC Machining Center Product Brochures
Select your targeted equipment series below to review detailed dimensional layouts, spindle capacities, speed charts, and system configurations. Our materials are regularly updated to ensure accuracy for global bidding procedures.
General Catalogue
Full overview of Trevisan horizontal machining centers, vertical systems, and specialized U-axis turning heads.
DS300/70C Series
Medium-sized horizontal machining center catalog featuring dual spindle design and integrated contour head.
GT350 Series
High-speed turning, boring, and milling capabilities tailored for valve body manufacturing processes.
DS450/130C Series
Specifications for heavy-duty components, highlighting load capacity and axis travel measurements.
DS600/200C Series
Engineered for large pump bodies and industrial pipe connections requiring high torque output.
DS600 RAM Series
RAM execution variants designed for extra reach in deep-cavity boring and internal turning.
DS900/300C Series
Heavy manufacturing configuration with a large working envelope and U-axis facing capabilities.
DS1200 & DS1500
Large-scale industrial horizontal milling and turning platforms for global logistics and energy sectors.
DS1800/460C Series
Our largest class of U-axis machining centers built for oil & gas machinery applications.
Pick Up System
Innovative self-loading stationary part machining cells, optimizing automated workflows.
CNC Machining Operations & Live Demonstrations
Observe the structural rigidity, metal removal rates, and multi-axis performance of Trevisan machines in simulated workshop environments.
Trevisan Capabilities Overview
Detailed presentation of the integrated facing head capability and stationary part machining processes.
U-Axis Turning & Boring
Live machining demonstration showcasing boring and multi-diameter turning operations in a single setup.
Heavy-Duty Steel Milling
Watch high metal removal rate (MRR) roughing cuts on forged carbon steel workpieces.
Aerospace Alloy Machining
Observe the precision contouring of aerospace structural components made of tough superalloys.
GT Series Operations
Close-up footage of high-speed index table positioning and contour turning execution.
Facing Head Technology
An engineering breakdown of how the separate spindle and U-axis feed line functions synchronously.
Technical Specifications & Procurement Standards
For engineering departments preparing RFQs, Trevisan Machine Tool provides documentation compliant with ISO 9001 and CE directives. Our CNC horizontal machining centers are built to handle structural alloys, stainless steel, and cast iron components.
Our global engineering division supports overseas buyers with detailed layouts (2D/3D CAD models), foundation specifications, and custom tooling designs during technical evaluation phases.
- ISO 9001:2015 Compliant Systems
- Custom Spindle Torque Configurations
- Foundation Layout Drawings Available
- OEM Tooling & Calibration Certificates
Application Profiles & Case Studies
Trevisan horizontal centers are widely utilized in heavy industrial fields worldwide. Our media library includes recorded cases demonstrating precision machining operations for major industry segments:
Valve & Pump Industry: Complete machining of valve bodies and pump housings with high concentricity requirements for critical fluid control applications.
Energy Sector: High-reliability machining of oilfield blow-out preventers (BOPs), drilling tools, and subsea wellhead components.
Aerospace: Structural frame components demanding strict tolerance compliance and dimensional repeatability.