Descripción
100 Ton x 8 ft Press Brake for U.S. Fabrication Shops
The UmproTech 100 Ton x 8 ft press brake is built for U.S. sheet metal shops, HVAC shops, job shops, OEM cells, repair departments, maintenance teams, cabinet shops, enclosure builders, and fabrication teams that need stronger bending capacity in a compact 8 ft class machine.
This machine is positioned for brackets, panels, covers, guards, enclosures, cabinet parts, ductwork components, repair parts, production blanks, light frames, and general fabrication work where bending margin, repeatability, tooling choice, operator workflow, and delivered cost matter.
Best Fit
- U.S. shops needing 100 ton bending capacity without moving into a larger long-bed machine
- Fabricators comparing 80 ton, 100 ton, 125 ton, and 160 ton press brake packages
- HVAC, enclosure, cabinet, repair, maintenance, job shop, OEM, and light manufacturing work
- Buyers choosing between E22 and TP10 controller packages
- Businesses that need a delivered quote including machine, tooling, freight, unloading, installation, training, support, and financing
Capacity and Fit Check
Press brake capacity depends on material type, tensile strength, thickness, bend length, V-die opening, tooling, bend radius, and part geometry. A 100 ton x 8 ft brake can be a strong all-around choice for U.S. shops that want more bending headroom than 80 ton while keeping an 8 ft footprint, but final tonnage fit should be confirmed with your material and bend details before purchase.
E22 vs TP10 Controller Options
- E22: practical controller choice for standard bending, repeat shop work, brackets, panels, and budget-focused buyers.
- TP10: stronger option for shops that want improved operator workflow, easier setup, and more production flexibility.
100 Ton vs Other Press Brake Sizes
- 80 ton x 8 ft: better when parts are lighter and package cost control is the priority.
- 100 ton x 8 ft: strong middle option when the shop wants more bending margin while staying in an 8 ft class machine.
- 125 ton x 10 ft: better when longer parts or more future capacity matter.
- 160 ton x 10 ft: better for heavier-duty work, thicker material, and more demanding production.
Quote Checklist
For the most accurate delivered quote, send material type, maximum thickness, longest bend length, part drawings or photos, controller preference, tooling needs, available shop power, delivery ZIP code, unloading plan, timeline, and whether you need installation, startup, training, support, or financing.
Available Quote Add-Ons
- Final machine configuration review
- Tooling and V-die recommendation
- Freight and delivered-price estimate
- Unloading, floor placement, and shop setup planning
- Installation, startup, and operator training options
- Warranty, parts, and service support review
- Financing options for qualified buyers, typically with 24-60 month options, subject to approval and lender terms
Important Before Purchase
Final pricing, stock, freight, taxes, controller package, tooling, electrical requirements, installation requirements, and delivery timing must be confirmed before invoice. Product images and listed configuration may vary from the final quoted package.
FAQ
Should I choose 100 ton or 80 ton?
Choose 100 ton when you want more bending headroom, more production margin, or a broader range of future jobs. Choose 80 ton when your parts are lighter and controlled package cost is the priority.
Should I choose 100 ton x 8 ft or 125 ton x 10 ft?
Choose 125 ton x 10 ft when longer parts or more long-term capacity matter. Choose 100 ton x 8 ft when an 8 ft footprint fits your work and shop space better.
Can I request a delivered quote?
Yes. The best quote includes material, thickness, bend length, tooling needs, delivery ZIP code, unloading requirements, installation/training needs, and timeline.