Sumitomo Heavy Industries (SHI) first entered the injection moulding machine business in 1965 and has been developing technologies that lead the industry. Their machines are known for innovation, precision, and reliability, especially in production environments that demand high cycle performance and reduced defects.
Standard model realizing sustainable molding
Mold clamping force: 300kN – 1800kN
Improved high speed, high responsiveness, and molding
Significantly enhanced the high-speed injection performance and highly responsive acceleration/deceleration performance
Mold clamping force: 500kN – 1800kN
Specializes in small-sized precision
Electric small-sized injection molding machine with an advanced direct drive mechanism, which features high horsepower and high responsiveness
Mold clamping force: 170kN
Additional mold mounting performance and excellent injection performance
Successor of SE-HDZ that realized even greater mold mounting performance
Mold clamping force: 2200kN – 5000kN
High cycle machine with excellent cost performance
SE-EV-S-HD-based special design molding machine with the high cycle equipment for containers
Mold clamping force: 2200kN – 5000kN
Achieves thinner goods and production cost reduction with the super precision high-speed molding
High-speed type electric molding machine equipped with the second generation direct drive mechanism
Mold clamping force: 2150kN – 3430kN
Improved high speed, high responsiveness, and high-load molding
Significantly enhanced the high-speed injection performance and highly responsive acceleration/deceleration performance
Mold clamping force: 2200kN – 4500kN
Realized speedy composite molding with compact size
Speedy production of two-material molding products that expand the applications as in high functioning and composite molding
Mold clamping force: 730kN – 1270kN
Composite molding realized in middle size
Electric middle-sized double-shot machine that speedily produces two-material molding products
Mold clamping force: 2250kN – 2740kN
Enhanced added value of product
All-electric two-material machine equipped with wide platen and high speed rotary table.
Mold clamping force: 4000kN
Leads the next generation lens molding
New special purpose machine for lenses with more than sufficient performance for optical lens molding, which continues to advance
Mold clamping force: 300kN – 500kN
Further precision in high cycle molding of small goods
Special purpose machine for connectors with more than sufficient performance for high cycle molding of small goods, which continues to advance
Mold clamping force: 300kN
Cleaner environment with electric machines
Providing unequaled quality and reliability with injection blow and mold technology
Mold clamping force: 1300kN
Further energy conservation
Electric PET pre-form molding machine developed for mass production of beverage
Mold clamping force: 5000kN
Zero-molding is an integration application that achieves as close to zero defects, losses, and faults as possible.
This application consists of three elements, including MCM (mold clamping-related technology), FFC (filling-related technology), and the system SPS that easily operate these technologies.
Reduce the maintenance work to utilize the vent effect and extend the mold life
Vent is clogged by excessive mold clamping force. It can result in short shots and gas burns.
Gas is properly discharged from the PL sides. It resolves short shots and controls mold deposits.
Low pressure and smooth filling promote venting, improving the cavity balance
Screw control is highly responsive thanks to a structurally original injection system and low inertia servo motor.
Moreover, plasticization, filling and pressure holding are precisely and stably controlled by an in-house developed algorithm, which helps to lower injection pressure and improve cavity balance.
Error-free simple settings reduce preparation/operation time
40, Feeta Road, Trolla Parking Road, Backside of Devilal Park, Mullahera, Gurugram, Haryana, 122017
Plot no. G- 95, Phase- III, At Post Kuruli MIDC, Tal:, Chakan, Khed, Maharashtra 410501
