HAIDIAN DISTRICT, China - TelAve -- DMNC combines reinforced machine construction with independently developed control software in its ADI-II series, designed for precision mold manufacturing. The CNC sinker EDM platform brings together material-specific machining circuits, flexible orbit functions and process-planning tools to help mold makers configure operations around cavity geometry and surface requirements. Its design addresses both machining stability and day-to-day operation.

Reinforced Structure Supports Machining Stability
The ADI-II series uses an HT250 cast-iron body with a T-shaped base. According to DMNC's product documentation, the castings undergo three tempering treatments and one year of natural aging to reduce internal stress, stabilize the structure and minimize deformation. The T-shaped base prevents worktable overhang and upward tilting. Internal reinforcing ribs increase rigidity.

For manufacturers assessing a die sinking machine, the electrical design is another consideration. The ADI-II cabinet separates high-voltage and low-voltage circuits to reduce electromagnetic interference. Built-in air conditioning supports temperature management for electronic components, complementing the mechanical design during operation.

More on TelAve News

• Thar Process Partners with French Leader ExtrateX to Bring Prep to Process-Scale SFC to Europe
• iPhone 18 Pro Genuine Cowhide Case | Vintage iPhone Case | Distressed iPhone Case
• Port St. Lucie REALTOR® Irene Pernice Earns SFR® Certification
• AMR and UAS Take the Stage at WorldSkills Shanghai 2026
• Biophysical Therapeutics brings longevity science to skincare with its new IF1 brand

Control Software Adapts to Different Cavities
DMNC's Windows-based software supports in-program editing, automatic program generation and an expert system backed by a machining-process database. Operators can select process modules according to workpiece material and cavity type. The ADI450-II product introduction also specifies a 19-inch industrial touch screen for machine operation.

The control system supports simultaneous multi-axis motion and orbit functions, including free orbit, quadrant orbit and spherical orbital machining. Dedicated circuits cover cemented carbide, high-speed graphite machining and mirror finishing. These functions provide options for matching the machining strategy to electrode material, cavity geometry and the required surface condition.

Inspection and Application Support Guide Selection
DMNC's inspection equipment includes laser interferometers, surface roughness testers and other inspection tools. The company's product introduction describes checks of positioning accuracy, repeat positioning accuracy, straightness and squareness, alongside inspection of machined surfaces. This approach connects machine geometry checks with the finished surface requirements relevant to mold production.

More on TelAve News

• JoCa's Echoes of Haworth Sells Out on Opening Night in Mexico City; Artist Heads to San Luis Potosí and Miami Art Week
• Home2 Suites by Hilton Lee's Summit, MO Opens to Guests
• Shanghai Chengwei Semiconductor Equipment Launches High Precision Laboratory Central Gas Supply System
• Your Local Pro Expands National Service Network to 273+ Locations Across Plumbing, Cleaning, Landscaping and Hydrovac
• Acuvance Coker Study Finds Experience, Not Supply, Is the Biggest Advanced Practice Provider Workforce Challenge

Application examples in the supplied materials include eyewear, relay and semiconductor molds, together with mirror-finished samples. DMNC also identifies automotive, electronics, home appliances and packaging among its application areas. These examples provide starting points for evaluating specific mold requirements.

DMNC's production and R&D team includes more than 30 professionals across mechanical engineering, electrical engineering, software development and machining technology. Manufacturers evaluating a sinker EDM machine for sale can discuss drawings, workpiece materials, electrode plans and target finishes with DMNC to identify a suitable configuration and sample-machining approach.