AUTOMATION TECHNOLOGY OBSOLESCENCE AND ITS IMPACT ON ORIGINAL EQUIPMENT MANUFACTURERS

POSTED 06/14/2024

Automation technology obsolescence refers again to the quick tempo wherein automation technology, equipment and tool develop into old-usual, tense fixed upgrades and replacements.

Automation technology obsolescence is turning into a actuality faced by many producers who have tailored to the probabilities of automation technology.

This has posed most well-known challenges for usual equipment producers (OEMs), who have to conform and innovate to dwell aggressive.

Listed right here, we’re going to be exploring the close of automation technology obsolescence on OEMs and recount about systems for addressing this field.

But sooner than we saunter into that, enable us to make the effort to know the ideas of OEMs.

ORIGINAL EQUIPMENT MANUFACTURER (OEM)

An Current equipment producer (OEM) is an organization whose goods are old as parts within the products of one more company, identified as a worth added reseller (VAR). The VAR works carefully with the OEM, which typically customized designs in accordance to the VAR’s desires and specs. (Provide: Investopedia.com)

As an illustration, an OEM computer producer may perchance well arrangement computers for a label like Dell or Lenovo, who then sells the products below their have label names (Provide:toolsense.ip)

OEMs fabricate parts to promote to VARs. Though some OEMs arrangement complete objects for a VAR to market, they typically don’t pick the finished product.

An OEM may perchance well additionally just make digital compartments for a enormous company like Samsung, then Samsung as the VAR, makes a high definition TV.

OEMs take care of enterprise to enterprise sales, whereas VARs plan the usual public or close customers.

Varied parts of vehicles much like utilize systems or brake cylinders are also manufactured and constructed by OEMs.

UNDERSTANDING AUTOMATION TECHNOLOGY OBSOLESCENCE

The leap forward tempo of technological dispositions and pattern is breathtaking.

Irregular technological innovations emerge every few years, thereby rendering modern equipment and tool normal.

This quick obsolescence cycle affects all parts of automation, from programmable good judgment controllers (PLCs) to robotics and machine studying(ML) algorithms .

With the emergence of enterprise 4.0 and the mercurial development of unique technology, obsolescence is a determined roadblock for many producers.

Points can range from an old model retain watch over platform, availability of unheard of spares, or lack of give a take to from an modern dealer.

The changing demands for a machine may perchance well additionally just additionally render it normal, for example if the previous machine seems to have a better output rate.

IMPACT ON OEMs

Automation technology obsolescence has consequences for OEMs.

Used technological equipment and tool can provide rise to decreased productiveness, increased upkeep costs, and decreased product effectivity and quality.

Subsequently, OEMs that fail to adapt to fresh applied sciences possibility losing market fragment and damaging their recognition.

The lack of OEMs to contend with obsolescence is severe. OEMs that fail to toughen or build their equipment’s and tool may perchance well additionally just skills

1. Reduced productiveness
2. Elevated upkeep costs
3. Decreased product quality
4. Loss of market fragment

SOLUTIONS FOR OEMS TO CONTROL AUTOMATION TECHNOLOGY OBSOLESCENCE

Listed below are some systems for Current Equipment Manufacturers (OEMs) to diminish automation technology obsolescence:

1. Modular Construct: Construct equipment with modular parts that may perchance be effortlessly upgraded or replaced as technology advances.

2. Technology Street mapping: Plan and forecast technology dispositions to be determined equipment is designed with future compatibility in mind.

3. Frequent Upgrades: Frequently substitute and modernize equipment to forestall obsolescence and preserve compatibility with more fresh applied sciences.

4. Start Architecture: Utilize open structure designs that enable for simple integration with more fresh systems and applied sciences.

5. Standardization: Standardize equipment and parts to simplify upgrades and decrease customization costs.

6. Collaboration: Collaborate with technology partners to no longer sleep-to-date with the most unique dispositions and be determined equipment compatibility.

7. Life Cycle Administration: Implement lifestyles cycle administration systems to put of residing up equipment at some stage in its complete lifestyles cycle, from construct to decommissioning.

8. Coaching and Enhance: Present ongoing coaching and give a take to to be determined customers can successfully employ and preserve equipment.

9. Upgrade Paths: Provide toughen paths for modern equipment to elongate its lifestyles and decrease digital extinguish.

10. Refurbishment: Provide refurbishment services and products to breathe fresh lifestyles into older equipment, lowering extinguish and minimizing the need for label fresh purchases.

11. Technology Insertion: Insert fresh applied sciences into modern equipment to make stronger efficiency and lengthen its lifestyles.

CONCLUSION

In conclusion, the challenges of automation technology obsolescence looms gigantic over OEMs, threatening to render their services and products normal.

Then yet again, encouraging a convention of continuous innovation, fostering collaborative relationships, and prioritizing usual upgrades and modernization, OEMs can no longer solely mitigate this possibility however also leverage it as a catalyst for development and transformation.

Because the enterprise continues to hurtle forward at high urge, the importance for OEMs to adapt, to be progressive, and customer-centric has never been more pressing.

Will they rise to the sphere and redefine the future of automation, or will they succumb to the pitfalls of obsolescence?