Plastic Injection Tooling: Tooling

Showing posts with label Tooling. Show all posts

Thursday, November 5, 2020

Product Design and Tooling

ALNO the first choice when it comes to Product Design and Tooling.

ALNO is a one-stop metal and plastic manufacturer. Our advanced full service includes:

Machining

We offer 3-, 4- and 5-Axis CNC milling, turning and grinding, wire-cutting, lathe, CNC lathe and laser cutting for plastic and metal parts, and the precision can reach 0.005mm to 0.002mm.

Mould Making

Our team are leading in Multi-shot/ Over-moulding/ Stack/ Multi-cavity/ Gas-assisted injection/ Un-screwing / IMD/ IML/ Thin-wall/ die casting/ Blow mould, and the mould size can reach 3.5m*2.0m*1.5m.

Sheet Metal

Sheet metal cutting, punching, merging, folding, welding, riveting, stitching, and forming.

Stamping

High Quality Stamping die: from simple to complicated Progressive dies, Transfer dies and Line dies.

Surface Finishing

Our team offer a higher degree of workmanship in polishing, spray painting, silk painting, water transfer printing, electroplating, chrome plating, anodizing, laser carving, sand blast sting and much more.

Die Casting

Our expertise in die casting mould and parts in aluminium, zinc, and magnesium.

3D Printing

High quality 3D Printing in Stainless Steel, H3 tool Steel, Titanium, Aluminium SLA, SLS and SLM, the max printing size is 1700mm*700*550mm.

Our team can offer single prototype to mass production with high quality and favourable price. We are looking for a chance to work with you.

Any questions and inquiries contact ALNO today.

Contact ALNO

CNC Machining | CNC Turning | General Machining

Component Machining | Precision Machining

Sunday, October 11, 2015

Why use injection molding

Why use injection moulding

Injection moulding, the most popular process for manufacturing thermo-plastic products. It is the best way to get not only the product you want but also at the quality you need it. ALNO Product Services have been specialists in every facet of the moulding process from design and prototype right through to the manufacture for many years and have vigorous quality procedures which we follow to ensure you get the very best product possible. What are the main advantages and disadvantages of this process?

Plastic Injection Molding Advantages

High Degree of Efficiency

Injection moulding can produce an incredible amount of parts per hour. It’ll depend on how many impressions are in your tool. Usually the injection moulding operation runs all night and day once the mold is set up.

Cost Effective

As the plastic injection is an automatized process, it allows the manufacturing stage runs with few labor on top of production.

Multiple materials moulded at the same time

The benefit of co-injection moulding is you can produce plastic part with more than one plastic material at the same time.

Wide range of plastic material can be used

The chemical industry provides to you several types of plastic that can be used for different components. And beyond that there are some types that can performance as essential materials for industries such as steel.

Plastic Injection Moulding disadvantages

High initial cost

The tooling is the essential stage of the plastic injection moulding, because this component provides the quality of the final plastic part. Its initial cost is totally depended on how well the tooling manufacture will be.

Expensive investment

The injection moulding equipment is very expensive, and it can take a few years to cover the investment. Before make the investment is important to know about the basics of these machines, which brand is better, how are their performance, etc. All these essential steps will make you find a machine that fit well for your business.

Plastic parts must be designed with injection moulding consideration

All the plastic parts designed to do injection moulding must follow the basic rules of injection moulding. The most important thing to realise is that a mould tool is made from two halves that need to pull apart, and the part needs to be able to be released from the tool.