PUNCHING AND LASER CUTTING
JINPAO using the latest electrically-driven punching machine and the flying optic laser from AMADA. Our punching
machines can accommodate up to 3600mm length material. They can reach up to 500 hits per minute. One punching
machine is equipped with cycle loader to fully automate production. This machine combination can run 24hrs without
operator. Laser can cut up to 25 mm mild steel. This is equipped with shuttle table to allow unloading and material
setting while the machine is running.
|Machine capability by size (mm)||Accuracy (mm)|
|NCT Punch||3600 x 1550||+/-0.127|
|Laser Cutting||3070 x 1550||+/-0.1|
|Machine capability by thickness (mm)|
|Mild Steel||Stainless steel||Aluminum||Brass||Copper|
|NCT Punch||0.5 … 2.5||0.5 … 1.2||0.5 … 3.2||0.5 … 3.0||0.5 … 3.0|
|Laser Cutting (CO2)||Up to 25||Up to 15||Up to 10||-||-|
|Laser Cutting (Fiber)||Up to 20||Up to 10||Up to 8||Up to 5||Up to 4|
JINPAO’s new HG press brake machines from AMADA can handle a full range of material thicknesses in bend lengths up to 4300mm. Equipped with a newly-developed AMNC 3i (intelligent, interactive, integrated) control, the HG series provides high-speed and highaccuracy. Enhanced database network features provide better communication between the CAM program and the AMNC 3i — resulting in less manual interaction and faster processing.
|CNC Bend Specification|
|Materials||Mild Steel, SUS, AL|
|Thickness Range||0.5 … 12 mm|
|Working Range||220 Ton L=4300 mm|
|No. of Machine||16|
|Bending Robot and B2B Specification|
|Materials||Mild Steel, SUS, AL|
|Thickness Range||0.5 … 6 mm|
|Working Range||2440x1220 mm|
The HG ARs is a fully-integrated robotic bending system with a 6-axis robot, Automatic Gripper Changer, and Automatic Tool Changer with patented AMADA tooling. Each stage of the bending process, including tool loading, gripper exchange, and robotic bending are all performed at fast speeds to maintain high levels of unmanned machine productivity. We have implemented B2B (Blanking to Bending) automation in our factory.
Fluid Cell sheet hydroforming creates parts with a single unmated tool, using the downward force of the pressurized bladder.
JINPAO’s Triform Fluid Cell press can be thought of as high-performance alternatives to traditional solid-block rubber pad forming. Pad forming typically applies pressure of 1,000 – 1,500 PSI on the part, our sheet hydroforming presses offer 5,000 PSI on the part and place uniform pressure on every square mm of the part’s surface. The result is reduced material wrinkling, increased definition, and often it eliminates the need for manual hand-finishing.
|Fluid Cell Hydroforming Systems|
|Tonnage||Capability by size||Status|
|5000 PSI||24’’ diameter||In-production|
|6000 PSI||36’’x96’’||Future plan|
Designed to handle today’s high strength materials with controlled slide motions that can eliminate many secondary operations, our AC Servo Press meets the increasing demand for cost effective, consistent and reliable manufacturing. This press with slide accuracy in microns, adjustable stroke for optimum thru-put, fully programmable slide velocity to control reverse loading without loss of energy and dwell for multi-processes such as in–die tapping or part insertions.
|Digital Electro Servo Press|
|Working Range||Capacity (kN)||Stroke length (mm)||No. of strokes (min-1)||Die height (mm)|