Hanwha SM485P Pick and Place Machine Placement speed: 12,000 CPH (Optimum) Machine dimension: 1650*1679*1993mm Weight: Approx 1600kg SM485P is a multifunctional Hybrid Pick and Place Machine. In addition to SMD components, it can quickly and reliabl
New Equipment | Education/Training
The hands-on Cable and Wire Harness Assembly course is a comprehensive training course that will give individuals the practical hands-on experience necessary to build an entire wire harness assembly. This class is supplemental to the IPC/WHMA-A-620 C
2024 New Product SMT 8 Working Heads 39 Hole Nozzle Automatic Change+Backup pins Production Pick and Place Machine NeoDen N10P Specification Model NeoDen N10P Nozzle Qty 8 nozzles
2024 New SMT Pick and Place Machine Chip Mounter NeoDen N10P-Automatic 39 hole nozzle change station+Backup support pins Specification Model NeoDen N10P Nozzle Qty 8 nozzles R
We supply repair services for such things as CP-6 Windmills. We supply misc. parts like table pins. Springs for CP-6 nozzles.
Mechatronic systems�s P20/P40 are flexible solutions for small and medium value series in the SMT-production. These machines were developed for assignments with claim for quick change of products, operating simplicity and reliability. Thanks to the
Sync in/out cable, 7 Pin Mini-DIN connector on one end and an 8 Pin Mini -DIN connector on the other, 1.5 ft Length (FM3/4 to FM3/4) SP1201-LCD Unidrive SP with LCD Keypad, 230Vac, Max Cont Output Current (hp): Normal Duty - 5.2A (1.5hp), Heavy Duty
For pin bending, pin insertion and QC checks etc..
We manufacture and export Brass Electrical Switch Parts and Electrical Accessories including 5 Amp Two Pin Sockets with Spring, 5 Amp Two Pin Sockets Heavy Type, 5 Amp Earthing Sockets with Spring, 10 Amp Live Part Sockets, Ceiling Rose, Moulding Ins
New Equipment | Component Programming
The JTAGMaster Tester and Programmer is a fully integrated solution for the configuration and diagnosis of Programmable Logic Devices (PLDs). This unit includes : * A boundary-scan tester to arbitrarily observe individual pins and therefore determine
