Press Technology Research Institute Co., Ltd.
- Japan
- Founded: 1956
Products Handled By Press Technology Research Institute Co., Ltd.
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Press Technology Research Institute Co., Ltd.
Winding device “Q Winder (model number 15 types)” Horizontal simple winding machine QW-321
150+ people viewing
Last viewed: 1 day ago
■Summary We can manufacture products according to the customer's materials and reels. The Q winder is a device that winds up ma...
Press Technology Research Institute Co., Ltd.
Winding device “Q Winder (model number 15 types)” Vertical simple winding machine QW-540
140+ people viewing
Last viewed: 7 hours ago
■Summary We can manufacture products according to the customer's materials and reels. The Q winder is a device that winds up ma...
Press Technology Research Institute Co., Ltd.
Material feeding device "Rotarian Escargot" Double uncoiler/leveler Escargot QUL-1020
120+ people viewing
Last viewed: 8 hours ago
■Summary Options or designs are available depending on the customer's materials. The S-type Rotarian uses a horizontal straight...
Press Technology Research Institute Co., Ltd.
Scrap reel “3 types” E-7101
110+ people viewing
Last viewed: 8 hours ago
■Summary When cutting metal hoop (coil) material using a press, there may be a series of scrap pieces that remain. In that case...
Press Technology Research Institute Co., Ltd.
Scrap reel “3 types” E-7103
110+ people viewing
Last viewed: 1 day ago
■Summary We have a lineup of product sizes that you can choose from depending on your material. When cutting metal hoop (coil) ...
Press Technology Research Institute Co., Ltd.
Scrap reel “3 types of model numbers” E-7102
110+ people viewing
Last viewed: 9 hours ago
■Summary We have a lineup of product sizes that you can choose from depending on your material. When cutting metal hoop (coil) ...
Press Technology Research Institute Co., Ltd.
Winding device "Q winder (model number 15 types)" Vertical single-strip fully automatic winding machine QW-4632
90+ people viewing
Last viewed: 1 day ago
■Summary We can manufacture products according to the customer's materials and reels. The Q winder is a device that winds up ma...
Press Technology Research Institute Co., Ltd.
Winding device "Q Winder (model number 15)" Vertical 1-row 2-row semi-automatic winding machine QW-5003
90+ people viewing
Last viewed: 7 hours ago
■Summary We can manufacture products according to the customer's materials and reels. The Q winder is a device that winds up ma...
Press Technology Research Institute Co., Ltd.
Winding device "Q Winder (model number 15 types)" Vertical single-strip fully automatic winding machine QW-4630
90+ people viewing
Last viewed: 45 minutes ago
■Summary We can manufacture products according to the customer's materials and reels. The Q winder is a device that winds up ma...
Press Technology Research Institute Co., Ltd.
Material feeding device "Rotarian Escargot" Traverse Rotarian TRP-2000
50+ people viewing
■Summary Options or designs are available depending on the customer's materials. The S-type Rotarian uses a horizontal straight...
Press Technology Research Institute Co., Ltd.
Material feeding device "Rotarian Escargot" Double uncoiler/leveler Escargot QUL-1520
30+ people viewing
■Summary Options or designs are available depending on the customer's materials. The S-type Rotarian uses a horizontal straight...
Press Technology Research Institute Co., Ltd.
Material feeding device "Rotarian Escargot" Feeding device for both traverse material and hoop material Two-way.Rotarian 2WR
30+ people viewing
■Summary Options or designs are available depending on the customer's materials. The S-type Rotarian uses a horizontal straight...
Press Technology Research Institute Co., Ltd.
Material feeding device "Rotarian Escargot" Double uncoiler/leveler Escargot QUL-2020
30+ people viewing
■Summary Options or designs are available depending on the customer's materials. The S-type Rotarian uses a horizontal straight...
Profile
| Country | Japan |
|---|---|
| Founded | 1956 |
| Website | Press Technology Research Institute Co., Ltd. Website |