MD-W6000
Established a new standard of electrical molding machine, with a wider mold clamp, tougher injection, twin group thermal control, and a simple interface.
Wider Mold Clamp
Increased Leeway Distance
The distance between tie bars has been increased 60-100mm and the mold height has been increased more than 100mm. This new machine can mount molds that could previously be mounted only on higher-ranking machines. The wider mold height ensures easy compatibility with various types of clamp devices.
Tougher Injection
More Durable Injection Unit
A newly developed high-stiffness injection unit (PAT. PEND) with new servo motor and Niigata's unique control technology enables a long-lasting dwelling that conventional electric injection molding machines simply cannot achieve.
Twin Group Thermal Control
The thermal group control (PAT. PEND) can be used not only with the nozzle that is contact between resin and mold, but also for the resin feed portion of the heating barrel. The thermal sensors can be virtually installed in desired positions.
Leading-Edge Control
Newest All-digital Servo System
Using a state-of-the CPU results in minimal calculation period. Optical cables, which are highly resistant to noise, are used for communications between servo amps. THe high resolution encoder enables precise position control and ultra-smooth movement.
Patented Pressure Feedback Control
The pressure feedback control, unique to Niigata Machine Techno, delivers response and accuracy of pressure control that other companies can only dream of.
Documentation
- MD W Series Brochure
- MD W6000 Series Specifications
- MD 200 W6000 Specifications
- MD 310 W6000 Specifications
- MD 385 W6000 Specifications
- MD 500 W Specifications
Customer Service
NIIGATA Service Cloud
Our customer service portal contains solutions to most common issues, and the ability to log a case online, interact with our service staff, and review complete machine service history.
Discontinued Models
Product information for many NIigata models that are no longer manufactured remains available for reference.

