Quick turn around - Cost effective tooling - Prototype - Model Shop - Short Run - Production
Click here to see our TOOLING LIST
• AMADA Series 357V Apelio2 Combination Laser/Turret
• AMADA Series 557 Coma 50 Ton Turret
• AMADA 1500watt Pulsar 1212 Production Laser
• AMADA 2000watt Pulsar 1212 Production Laser
• 2 - AMADA PEGA KING 58 stations - CNC thick turret punch
press with sheet loader
• 240 Ton 14' Amada Promecam pressbrake (6-axis
backgage)
• 80 TON AMADA - CNC Pressbrake with N/C - 9EX Backgage
• 80 TON AMADA - CNC Pressbrake Fine-Alpha-Bender with
N/C - 9EX Backgage
• 50 TON AMADA - CNC Pressbrake with N/C - 9EX Backgage
w/6 foot bed
• 50 TON AMADA - CNC Fine Alpha Pressbrake with N/C - 9EX
Backgage
• 50 TON AMADA - CNC Fine Alpha Pressbrake
• 110 TON LVD Powerbrake **
• (4X) Hagar
Powerbrake **
• Automatic
(4X) Hagar pem serter's Hardware Machinery
• P&G Sandblaster
• Pexto Shear
• Niagara Shear
• Doull Cut off saw
• Strippet
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Our Precision Sheetmetal Fabrication Unit caters to the specific manufacturing needs of our customers. The focus of our team is to implement efficient sheetmetal manufacturing processes developed by our Design, Engineering and Prototyping staff.
Kal Tool's approach to sheetmetal design, prototype and process engineering ensure the development of cost effective sheetmetal products. Our sheetmetal equipment includes Amada brakes with the capabilities to do large forming of precision sheetmetal products. Our punching and cutting capabilities of sheetmetal include equipment with both laser and punching capabilities. Amada Apelios with CNC precision laser and precision punching can add flexibility to our fabrication schedule.
CNC presses and conventional punch presses from 30 to 600 ton capacities provide manufacturing capabilities in materials ranging from .005" thick to .125" thick.
Lower volume requirements are focused in our sheetmetal
fabrication division. CNC punching programs are generated from customer data files, or designs provided by our
own Product Development Team.
Kal Tool also supports customer individual piece part requirements by either conventional batch manufacturing or JIT. Shipping
requirements driven by MRP or JIT are manufactured and shipped in accordance to either a flexible customer demand-pull, or a fixed shipping schedule.
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