By integrating advanced rework technologies, the MRS-1000 is an extremely versatile system. It is comprised of a handheld convection tool with a wide array of nozzles, preheater, adjustable tool holder with board holder, and light magnifier. Capable of handling PCBs up to 12” x 12” or above using the stand-alone BH-1000 Board Holder, the manually-assisted rework system is equipped to process components up to 40mm x 40mm, making it a flexible choice for the removal of delicate SMT components and other processes requiring increased control.
The MRS-1000 Modular Rework System is a convection rework system for the removal and placement of BGA/CSP and SMT components.
he MRS-1000 features the PCT-1000 Programmable Preheater which enables users to increase heat capacity with highly controlled thermal output. Delivering more heat to difficult boards, the Preheater maintains very high levels of thermal control without compromise while fast temperature ramp up enables faster production rates. The PCT-1000 is equipped with the highly advanced heater design found on sophisticated OK INTERNATIONAL rework systems. It’s convection heater creates a vortex effect that efficiently directs and concentrates heat.
Also included with the MRS-1000, the ATH-1000 Adjustable Tool Holder features a board holder, locking hand-piece retainer, Z axis stop and mounting configurations to extend the system’s inherent flexibility and convenience.
LM-1000 Light Magnifier features a 4 x magnification lens and integrated LED lighting for shadow-free illumination.
The MRS-1000 allows you the choice of using either the embedded profiling capability that can be configured to operate at a fixed temperature, or a four zone programming option.
Features
Digital display for repeatable temperature settings and profile control
Automatic control of the preheater for simple operation
Easy profile creation for operator repeatability
Integrated vacuum pickup for easy component removal
Hand held or tool holder mounted for operator comfort
Manual mode for quick setup
External thermocouple for process setup and verification
Digital controlled airflow for repeatable results
X, Y, Z and Theta controls for component alignment
