2550 1up Balloon Forming Machine

2550 1up Balloon Forming MachineDownload .pdf

The 2550 Balloon Forming Machine is designed for the production of a wide range of polymer balloons for angioplasty and other medical applications. The electrically heated stretch blow molding process enables the production of various very accurate and repeatable high-quality balloons with tight tolerances in an extensive variety of sizes and shapes.
The standard machine convinces with the modular options to adapt the machine to specific customer needs.
The machine is equipped with a PLC control, a PC with touch screen and the user-friendly BW-TEC HMI. Process parameters for individual products can be stored in separate recipes. Due to the network compatibility a connection to production databases can be made possible. The machine meets the highest safety requirements.

Technical Specifications:
up to 150 balloons per shift
process time: 2 – 5 min
balloon mold diameter: Ø 1.5 – 40 mm
balloon mold length: 6– 350* mm
process temperatures: 20 – 315* °C (68 – 599* °F)
cooling with external system
process pressure: 0 –70* bar (0 –1015* psi)
low pressure system 6 – 8 bar (87–116 psi) for product fixation
servo-motors
quick release for rapid exchange of heating blocks
user interface with BW-TEC HMI on touchscreen
PLC controller and PC for HMI and data management, network compatible
dimensions (L x W x H): 1.860 x 840 x 14.450 –1.650 mm (adjustable)
weight: 220 kg (excl. chiller)
power: 110 or 230 VAC, 2000 W
* see options

Options:

Length
- Balloon Length S: 6 – 300 mm
- Balloon Length L: 6 – 350 mm

Pressure
- Low Pressure L: 0 – 9 bar (0 –130 psi)
- High Pressure S: 0 – 50 bar (0 –725 psi)
- High Pressure H: 0 –70 bar (0 –1.015 psi)

Temperature
- Temperature S: 20 – 250 °C (68 – 482 °F)
- Temperature H: 20 – 315 °C (68 – 599 °F)

Additional Options
- Force Measurement
- Flow Measurement

S = Standard, L = Long/Low, H = High

Details:

Product Fixture with Quick Release
Pneumatic Gripper
Heating Blocks and Balloon Molds
Core Unit
BW-TEC HMI

Video: