Robotics & Advanced Manufacturing

Blog post: 09/11/2026 2:33 pm

Author: Spark Team

Automation is designed to run reliably, but no production system operates without interruptions forever. Components arrive incorrectly, sensors become obscured, tooling wears, robots stop and upstream or downstream equipment creates conditions that require human intervention. The quality of the response can determine whether the interruption becomes a short stoppage or an extended production problem. Virtual Reality provides an environment where employees can practise diagnosing and recovering from those events before they encounter them under production pressure.

Blog post: 27/10/2026 5:22 pm

Author: Spark Team

Automated machinery can contain multiple energy sources. Electrical power may be the most obvious, but pneumatic pressure, hydraulic systems, gravity, springs, capacitors and stored mechanical energy can remain relevant after a machine has stopped. This makes isolation procedures one of the most important areas for effective training within robotics and automated manufacturing. Virtual Reality can allow personnel to practise site-specific isolation procedures repeatedly without using live production machinery. Augmented Reality can then support authorised workers by helping them identify equipment and follow approved procedures at the physical asset.

Blog post: 14/10/2026 5:04 pm

Author: Spark Team

Automated manufacturing becomes particularly valuable when production can adapt quickly. New products, variants, tooling and materials may require robot end effectors and associated production equipment to be changed regularly. The pressure to complete those changeovers quickly can make procedural accuracy extremely important. Virtual Reality offers a way for technicians to practise tool-change and changeover SOPs repeatedly before working on the real cell, while Augmented Reality can display contextual instructions during authorised work on the physical equipment.

Blog post: 01/10/2026 12:40 pm

Author: Spark Team

Modern manufacturing depends on control systems that operators interact with every day but may only partially understand. PLCs, HMIs, sensors, drives and automated sequences can turn a factory into an enormously productive system, yet a wrong decision during a fault or changeover can still cause significant disruption. Virtual Reality can provide a safe environment for operators and technicians to practise control-system procedures before performing them in production. Augmented Reality can complement that training by displaying relevant instructions or system information beside the real equipment.

Blog post: 18/09/2026 4:32 pm

Author: Spark Team

The teach pendant remains one of the most important interfaces between technicians and industrial robots. It can also be one of the hardest pieces of equipment on which to provide large-scale practical training. Learning robot operation typically requires access to both a controller and a robot, yet production assets are installed to manufacture products, not function as permanent classrooms. Bespoke Virtual Reality provides another option: recreate the robot, cell and control workflow virtually so that employees can rehearse procedures before using the real system.