Technical Support
Frequently Asked Questions
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How does the drying process of Peruzzo machines take place?
The drying oven, which operates with a maximum temperature of 180° C, is composed of a sturdy supporting structure in electro-welded steel profiles in galvanized steel sheet and an insulating cavity made of rock wool with high insulating power. A special type of high-efficiency backward-blade electric fans provide for the circulation of heating air. A plenum is then positioned on the entire base of the furnace for an equal distribution of hot air. The suction adjustment is obtained by means of adjustable shutters positioned on the lower part of the oven. In the end, the polymerization oven, which is equipped with two combustion chambers of a total of 300,000 Kcal/hour, reaches 180° C internally: this temperature is also maintained for the outgoing components and hence the need for the outgoing components to remain longer inside the polymerization oven, in order to prevent the paint layer from flaking.
Why buy green care machines made in Italy?
Buying Italian-built landscaping equipment can be important for several reasons, including quality, innovation, sustainability, local economy and culture.
1. Quality and Reliability
Italian landscaping machines are often recognised for their high quality and reliability. Italian manufacturers have a long tradition in the production of machinery and equipment, with a strong commitment to research and development. This results in durable, efficient products with state-of-the-art technology.
2. Technological Innovation
Italy is known for its innovative spirit, and this is also reflected in the lawn care machinery sector. Italian companies are constantly investing in new technologies to improve the performance of their products, reduce environmental impact and increase safety for operators.
3. Environmental Sustainability
Many Italian manufacturers are committed to sustainable production and the adoption of environmentally friendly practices. Buying Italian machines can mean supporting companies that use less polluting production processes, recyclable materials and promote the reduction of CO2 emissions.
4. Assistance and After-Sales Service
Italian companies often offer excellent after-sales service, with an extensive service network and the availability of original spare parts. This ensures that purchased machines can be kept in perfect condition for many years, reducing maintenance costs and increasing product longevity.
5. Culture and Tradition
Italy has a strong agricultural and landscaping tradition. Landscaping machines built in Italy are designed with a deep understanding of user needs and the specific characteristics of the Italian territory. This can result in products that are better suited to local needs and specific conditions of use.
6. Design and Ergonomics
Italian design is renowned worldwide for its beauty and functionality. Green care machines also benefit from this attention to design, often being more ergonomic and pleasant to use.
What does green care and maintenance consist of?
Green care and maintenance consists of a series of activities aimed at ensuring the health, aesthetics and functionality of green spaces, such as gardens, parks, public and private green areas. These activities include:
Pruning and Cutting Trees and Shrubs
Removing dry, diseased or excess branches to promote healthy growth and maintain an aesthetic shape.
Lawn Mowing
Maintaining grass at an appropriate height to ensure a healthy and tidy lawn.
Irrigation
Supplying water to plants and lawns to ensure they receive the moisture they need to grow. It can be manual or automated through irrigation systems.
Fertilisation
Applying fertilisers to provide plants with the nutrients they need for growth and flowering. This includes both chemical and organic fertilisers.
Weed control
Removal of weeds that compete with desired plants for water, light and nutrients.
Plant Protection Treatments
Application of plant protection products to prevent or treat diseases and pest infestations.
Pest control
Use of insecticides or biological methods to control harmful insects.
Renovation and Planting
Sowing new seeds or laying turf to regenerate damaged or worn areas.
Planting of New Plants
Introduction of new species of plants, shrubs and trees to improve the biodiversity and aesthetics of the green area.
Soil Management
Aeration: Practices to improve the penetration of air and water into the soil, e.g. by drilling into the soil.
Mulching: Application of a layer of organic material (such as bark or straw) on the soil surface to conserve moisture, reduce weeds and improve soil quality.
Cleaning and Collecting Plant Waste
Collection of fallen leaves, dry branches and other debris to keep the area clean and tidy.
Composting
Recycling of plant waste to produce compost to be used as a natural fertiliser.
Design and Planning
Planning and design of green spaces to optimise aesthetics, functionality and sustainability.
Crop Rotation
In horticultural gardens, plan crop rotation to prevent soil depletion and the spread of disease. The care and maintenance of green spaces requires specific skills and a thorough knowledge of plants and their needs. Regular attention to these activities contributes to creating and maintaining healthy, beautiful and functional green spaces.
What are the types of landscaping equipment?
Landscaping requires a variety of specific equipment, each of which is designed to perform certain functions efficiently. Here are some of the main types of equipment used in green care.
Cutting and Pruning Equipment
Lawn mowers are machines used to cut grass to a uniform height. They can be manual, electric or petrol-powered.
Fertilisation and Soil Treatment Equipment Aerators
Tools that perforate the soil to improve the penetration of air, water and nutrients.
Tillers: Machines used for working the soil, breaking up clods and preparing the ground for sowing.
Weed Control Equipment Manual Weeders
Tools used to pull weeds manually.
Herbicide Sprayers: Devices used to apply chemical herbicides to weeds.
Equipment for Cleaning and Collecting Plant Waste Blowers
Motorised tools used to blow away leaves and debris.
Vacuum cleaners: Tools that suck up leaves and small debris.
Rakes: Hand tools used to pick up leaves, grass cuttings and other waste.
Planting and Transplanting Equipment Hoes and Shovels
Hand tools used to dig holes and prepare the ground for planting.
Transplanters: Specialised tools for transplanting plants without damaging the roots.
Personal Protection Equipment Gardening Gloves
Protect your hands during gardening activities.
Safety Goggles: Protect eyes from dust, debris and chemicals.
Safety Footwear: Protects feet when operating heavy machinery.
Specialised Machines and Equipment Garden Tractors
Motorised vehicles used to cut large areas of lawn and for other maintenance tasks.
Chippers: Machines that shred branches and other plant material to produce mulch.
Rollers: Used to compact soil and lawn after seeding or laying.
Design and Planning Equipment Soil pH Meters
Instruments for measuring the acidity or alkalinity of soil.
Soil Moisture Meters: Instruments for monitoring the moisture level in the soil. This equipment is essential for keeping green spaces healthy, aesthetically pleasing and functional, enabling various care and maintenance tasks to be carried out efficiently and safely.
Why is the painting process of Peruzzo machines so important?
Without adequate surface preparation, it is not possible to guarantee the optimal adhesion of the applied paint layer and the effective corrosion protection of the metal substrate.
During the manufacturing processes for the mechanical processing of sheet metal, the machined surface is contaminated either with organic residues of lubricants used to reduce friction and/or heat from machining, or with inorganic residues, such as oxides or calamine resulting from hot work, or burrs and powders caused by stamping or cutting operations. For the latter, the introduction of laser cutting in the manufacturing sector has brought many advantages over traditional mechanical systems both from an economic point of view, because the process is faster, and in terms of final results, because it allows more precise slits to be made with a tolerance of +/- 0.1 mm, allowing further treatments to be excluded. However, this type of operation causes the formation of inorganic residues such as dust and burrs, albeit in small quantities.
To ensure the complete removal of these minor imperfections, which can affect the quality of the subsequent painting, shot blasting is the ideal solution. Peruzzo machines are in fact processed by an OMSG brand shot blasting machine, a brand of excellence for the mechanical pre-treatment of large pieces.
How does the shot blasting process of Peruzzo bodies take place?
Peruzzo machines are in fact processed by an OMSG brand shot blasting machine, a brand of excellence for the mechanical pre-treatment of large pieces. This shot blasting machine is a tunnel system that allows the processing of bodies with horizontal movement, combined with an overhead conveyor (both monorail and birail). The shot blasting is carried out by means of 12 single-disc turbines, equipped with a direct motor with a power of 7.5 kW/each, which project the metal abrasive at a speed of about 80 m/s over the entire surface of the product, during the translation of the piece through the tunnel.
12 inverters control the rotation speed of the turbines and the consequent kinetic energy of the abrasive, avoiding deformation in the case of thin sheet metal. The plant is also equipped with 12 special valves for feeding the turbines, with double pneumatic cylinders. One of the main features of this shot blasting machine is that the machine is managed by a Siemens S7-1200 PLC with touch panel.
How does the pre-treatment process of Peruzzo machines take place?
The pre-treatment tunnel consists of 4 phases: a degreasing lasting 180 seconds, two rinses of the same duration (60 + 60 seconds) – one with mains water and one with demi water – and a no-rinse nanotechnological passivation stage. The upper part, which houses the tunnel, has spray ramps inside, while in the lower part there are the tanks, built in AISI 304 stainless steel, insulated with rock wool and with a thickness of 60 mm. The demineralization plant that serves the plant is able to treat 3000 liters of water per hour.
How does the drying process of Peruzzo machines take place?
The drying oven, which operates with a maximum temperature of 180° C, is composed of a sturdy supporting structure in electro-welded steel profiles in galvanized steel sheet and an insulating cavity made of rock wool with high insulating power. A special type of high-efficiency backward-blade electric fans provide for the circulation of heating air. A plenum is then positioned on the entire base of the furnace for an equal distribution of hot air. The suction adjustment is obtained by means of adjustable shutters positioned on the lower part of the oven. In the end, the polymerization oven, which is equipped with two combustion chambers of a total of 300,000 Kcal/hour, reaches 180° C internally: this temperature is also maintained for the outgoing components and hence the need for the outgoing components to remain longer inside the polymerization oven, in order to prevent the paint layer from flaking.
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