Siemens placement machine SIPLACE TX1 machine parameters:
Number of cantilevers: 1
IPC speed: 32,500cph
SIPLACE Benchmark: 37,500cph
Theoretical speed: 50,200cph
Machine size: length x width x height: 1.0x2.3x1.45*m
Placement head characteristics: SIPLACEspeedStar
Component range: 0201 (metric)-6x6mm
Mounting accuracy: ±30μm/3σ~±25μm/3σwithHPF**
Angle accuracy: ±0.5°/3σ
Maximum component height: 4mm
Mounting pressure: 1.3-4.5N
Conveyor belt type: flexible double-track conveyor
Conveyor mode: asynchronous, synchronous, independent placement
PCB format: Flexible dual-rail transmission: 45x45mm-375x260mm
Dual-rail transfer in single-rail mode (optional): 45x45mm-375x460mm
PCB thickness: 0.3mm-4.5mm
PCB weight: 2.0kg maximum
Larger conveyor slot: 80 8mm X feeder positions
Feeder module types: SIPLACE intelligent tape feeder, SIPLACE linear dip feeder, SIPLACE dispensing feeder, SIPLACEJTF-ML***
Professional maintenance provided by ASM will ensure that your SIPLACE equipment operates well throughout its life cycle. We offer a variety of service contracts to simplify your job
Product features of Siemens placement machine SIPLACE TX1:
SIPLACETX: high performance and precision in a very small footprint
SIPLACETX placement modules set new standards for high-volume production. No other placement solution can achieve 25µm@3sigma accuracy and speeds up to 78,000cph in such a small footprint (only 1m x 2.3m). You can place the next generation's smallest components (0201 metric = 0.2 mm x 0.1 mm) at the same speed as any other component.
At just 1 meter wide (equivalent to 3.3 feet), single and double boom machines can be flexibly adjusted in the production line. The improved new generation SIPLA SpeedStar placement head always provides high performance and greater precision placement. In conjunction with the SIPLACEMultiStar and SIPLACETwinStar placement heads, you can handle most components.
SIPLACETX placement modules are programmed with SIPLACE Software Suite and are equipped with matching feeder options and our dual guide rails to support efficient high-volume production, non-stop product changeovers and today's more advanced production concepts.