-
Jan 22
Optimizing Material Quality with the Stacking Factor Test
-
Dec 10
Enhancing Specialty Metal Performance with Oxide Resistance Testing
-
Nov 19
Optical CMM Vision Inspection
-
Oct 9
The Role of Interlaminate Resistance Testing in Motor Lamination Manufacturing Quality
-
Sep 23
Ensuring Motor Lamination Quality with the Franklin Test
-
Aug 9
Optimizing Motor Lamination Manufacturing with the Epstein Test
-
Jun 12
The Role of Ductility Testing in Motor Laminations as Governed by ASTM A720
-
May 17
Enhancing Precision in Motor Lamination Manufacturing with Advanced Coating Thickness Measurement
-
May 3
Coating Adhesion & Cross Hatch Test governed by ASTM D3359
-
Apr 17
Bend Adhesion & Tape Test
-
Oct 11
Electric Motor Repair Case Study Part 2 - Reverse Engineering
-
Oct 11
Electric Motor Repair Case Study Part 3 - Laser Cutting
-
Oct 11
Electric Motor Repair Case Study Part 4 - Stacking & Welding Core
-
Oct 11
Electric Motor Repair Overview
-
Oct 11
Electric Motor Repair Case Study Part 5 - Re-inserting Core & Final Inspection
-
Oct 11
Electric Motor Repair Case Study Part 1 - Inspect, Measure, Disassemble
-
Jul 9
Thin Gauge Electrical Steel for EV Applications
-
Jun 10
NADCAP Certification
-
May 13
Laser Cutting vs. Stamping
-
Apr 29
Lamination Bonding
-
Mar 17
Cobalt & Nickel Annealing Process
-
Feb 19
Electric Hybrid Motor Aerospace Case Study
-
Nov 10
Annealed Cobalt & Nickel Stocking Program
Punching and Pressing
Laser Technologies has an arsenal of in-house manufacturing solutions available to address fabricated component punching and pressing requirements. Our capabilities include a range of different sized stamping presses, hydraulic presses, and a turret punch press. Laser Technologies' estimators and engineers will help determine the most feasible and cost effective approach to your particular component requirements.
Stamping
Stamping is the process of placing flat sheet metal in either blank or coil form into a press where a tool and die surface forms the metal into a net shape. A dedicated stamping die is built for your particular workpiece. There is a higher upfront investment cost and longer lead time associated with building a die; however, the overall cost of manufacturing tends to be lower providing there are enough parts to amortize the cost of tooling over. Stamping is a good solution for medium- to high-volume work.
- Stamping Press Capacities of 60-Ton up to 700-Ton
- Press Bed Sizes up to 60" x 120"
- In-House Die Design and Engineering
- In-House Tooling Manufacturing and Assembly
CNC Turret Press
A turret press is a type of punch press used for metal forming that utilizes individual punching tools that are stationed in a rotary turret. This type of tool setup eliminates the cost of expensive, dedicated stamping dies. Our turret punch press is CNC-controlled, with automatic positioning of the metal sheet beneath the tool. CNC turret punching is a good solution for small- to medium-volume work. A punch is less flexible than a laser for cutting compound shapes, but faster for repetitive shapes.
Hydraulic Press
A hydraulic press is a machine that uses a hydraulic cylinder to generate a compressive force. This type of press is typically used in conjunction with a tool or fixture to perform a particular operation such as applying pressure to a stacked core or seating fasteners. Laser Technologies has a variety of hydraulic presses with capacities up to 150 Ton.