Part loads - Import export

WIWOX® VIVERK are single and multi-stage spray chamber cleaning systems for aqueous cleaning, pretreatment and degreasing of tools and parts. Loading takes place via an extendable platform, which can be loaded at an ergonomic working height. The workpieces are mechanically cleaned by means of pump pressure in the spray chamber process. The temperature-controlled washing liquid is sprayed onto the workpiece via a spray frame.The washing plant is operated via a side switch box with electrical control. Before the washing process, the loading basket is loaded and driven into the rinsing chamber via a roller conveyor. The door is closed manually (optionally also automatically). The machine reaches an operating temperature of 40°C within just a few minutes. After a further 30 minutes, the maximum washing temperature of 70°C is reached. The motor-driven spraying gyro completely revolves around the parts to be washed.

Single and multi-stage spray chamber washing systems for industrial cleaning and degreasing of tools and parts. Loading takes place via an extendable loading platform at ergonomic working height. Before cleaning, the loading basket is loaded and moved into the rinsing chamber. The individual stainless steel washing nozzles can be easily maintained and adjusted according to the application. The motor-driven spraying rotor completely revolves around the loaded parts. The washing system is operated via a side switch box with electrical control. Before the washing process, the loading basket is loaded and driven into the rinsing chamber via a roller conveyor. The door is closed manually (optionally also automatically). The machine reaches an operating temperature of 40°C within just a few minutes. After a further 30 minutes, the maximum washing temperature of 70°C is reached. The motor-driven spraying gyro completely revolves around the parts to be washed.

WIWOX® CORUS HD ultrasonic systems have been specially designed for cleaning high-quality moulds and precision tools. In maintenance these replace the labour-intensive and often ineffective manual cleaning. The ultrasonic cleaning process can be used for all metal moulds, in particular tools for injection moulding, extrusion, rubber processing as well as aluminium and gravity die casting. A typical structure consists of three stages: 1. cleaning, 2. rinsing and 3. passivating. The usable dimensions are matched to common mould sizes. The workpieces to be washed are placed in the tank either with the aid of a washing basket or with a lifting beam. Our ErgoStation is recommended for manual rinsing, drying and post-treatment. The working area is completely enclosed, brightly illuminated and ventilated. Operation is safe and simple, as the moulded parts are loaded laterally through a sliding door and held by a lifting device during treatment.

VCI dispenser capsule for corrosion protection of metal parts in closed load carriers.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The syn-chronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.

The Series MPM – That makes the difference: — Sustainable reduction of energy costs by efficieny IE4 — Highly efficient usage of material and resources — Reduced type number and lower motor weights — Constant torque covering the whole speed range — Better performance in part load operation — Innovative sensorless speed control# — Suitable for “frequency injection” — Free choice of frequency inverter The advanced motor design allows higher speed and torque in combination with a smaller motor design and lower losses. Even today the challenges of the future, for example efficency according IE5, are achieved. The synchronous motor technology in a classic standard motor housing fulfills the economic requirements and making it ideal for speed controlled operations or applications with high duty cycles and/or high partial loads.