ONE ACCIDENT CHANGES EVERYTHING.

BLADESTOP PREVENTS IT.

The Hidden Cost of Bandsaw Accidents

Every workplace accident comes at a cost: injured operators, lost production, compliance risks, and unexpected expenses. Traditional bandsaws expose operators to serious injury risks that can lead to lost-time incidents, production delays, and compliance challenges.

The BladeStop Bandsaw is designed to eliminate those risks with revolutionary, patented blade-stopping technology that helps protect operators from serious injury by stopping the blade in milliseconds upon skin contact.

By reducing the severity of potential injuries, improving workplace safety, ensuring reliable cutting performance, and minimising downtime, BladeStop helps manufacturers protect their workforce, maintain productivity, reduce the financial and operational impact of workplace accidents, and keep their business compliant.

It’s not just safer metal cutting, it’s smarter risk management for modern manufacturing.

MACHINERY CONTACT IS NOT JUST A REPORTABLE INJURY.

IT IS A FATAL ACCIDENT CATEGORY. A PROSECUTION TRIGGER. A LIFE-CHANGING EVENT.

543 operator amputations

recorded under RIDDOR in Great Britain during 2024-25 due to contact with moving machinery

bladestop icon 5.0

£700,000 per amputation

following an amputation at a major frozen food retailer in Great Britain.

Reported non-fatal injuries

to RIDDOR in 2024-25 were due to contact with moving machinery

These statistics are taken from The Health and Safety Executive (HSE), Great Britain’s independent national regulator for workplace health, safety, and illness.

BladeStop: GloveCheck and BodySensing safety features:

BladeStop bandsaws are engineered with two complementary safety features: GloveCheck and BodySensing. 

GloveCheck is a vision-based system that monitors glove movement near the blade, helping detect high-risk hand motion before contact occurs.

BodySensing, by contrast, is contact-based protection that activates when operator contact with the blade is detected, adding a second layer of safety when visibility, speed, or real production conditions make prevention harder.

Together, these systems give BladeStop its dual-sensing advantage – combining early risk detection with rapid mechanical blade stopping to help reduce the severity of bandsaw injuries.

Scott Automation BladeStop 400 Bandsaw

BladeStop Technical Data

K800 Features Technical Data
Blade size 4880 x 20 mm
Blade speed 32 m/s
Motor power 4.0 kW, optional 6.2 kW
Cutting capacity 610 mm height, 800 mm side clearance
Machine size 2147 x 970 x 2372 mm
Weight 870 kg net, 960 kg gross
Noise level 85 dB(A)
Power supply 400 V, 3-phase
K400-M Features Technical Data
Blade size 3700 × 16/20 mm
Blade speed 32 m/s
Motor power 4.0 kW, optional 6.2 kW
Cutting capacity 518 mm height, 417 mm side clearance
Machine size 1238 × 1010 × 2168 mm
Weight Approximately 447-482 kg net, depending on configuration
Noise level 85 dB(A)
Power supply 230/400 V, 3-phase

Frequently Asked Questions

Yes. An industrial bandsaw can be used for metal cutting when the machine, blade, tooth pitch and operating settings suit the material. The BladeStop Bandsaw is promoted for industrial applications including cutting metal rods, tubes, beams and pipes, as well as selected plastic components.

Suitable materials may include steel, aluminium and other alloys, depending on the machine specification. Not every metal bandsaw is appropriate for every grade, thickness or section, so the material, dimensions, required finish and production volume should be assessed before selection. Interfood can confirm the correct BladeStop model, blade and settings for each application.

Machine guarding uses physical barriers and protective devices to prevent access to dangerous moving machinery. Bandsaw guarding may include fixed wheel covers, an adjustable or pneumatic blade guard, interlocked access panels and emergency stop controls.

Under PUWER, fixed guards should normally be used first, followed by interlocked guards or other protective systems where necessary. Because part of a bandsaw blade must remain accessible for cutting, machine guarding alone may not remove every risk.

It should be supported by a machine safety risk assessment, operator training, safe working procedures and maintenance. BladeStop adds an active bandsaw safety system by detecting danger and mechanically stopping the blade, but it does not replace these essential controls.

Bandsaw safety systems generally include machine guards, emergency stops, isolation controls, blade guides and procedures that keep operators away from the exposed blade.

BladeStop adds active blade-stopping technology using dual sensing. Scott describes body sensing and GloveCheck as complementary detection options. When the system detects an operator contacting or rapidly entering the danger zone, it mechanically stops the bandsaw blade within milliseconds.

The BladeStop K800 is stated to stop within five milliseconds. Following a safety activation, its fast restart functionality normally avoids the need to replace the blade. The precise sensing system, stopping time and operating arrangement should always be confirmed for the selected BladeStop model and industrial application.

A vertical metal bandsaw has an upright blade and commonly requires the operator to guide the workpiece through the cutting area. It can suit shaped, angled or intricate manual cuts.

A horizontal metal bandsaw usually clamps the material while the saw head moves through it, making it well suited to straight and repeated cuts through bars, tubes and structural sections.

The best industrial bandsaw depends on the material, workpiece size, cut type, production volume and required level of operator involvement. Neither design is automatically safer. Bandsaw safety depends on machine guarding, operator training, maintenance and effective risk controls. BladeStop provides additional rapid blade-stopping protection for operator-fed cutting operations.

A bandsaw safety risk assessment should cover normal operation, foreseeable misuse, setting, cleaning, blade changing, fault-finding and maintenance.

It should assess contact with the moving blade, access to wheels and drives, blade breakage, ejected material, unexpected start-up, unstable workpieces, noise and manual handling. The assessment should also review machine guarding, emergency stops, isolation controls, BladeStop safety systems, operator competence, supervision and workplace layout.

Existing controls, further actions and responsible people should be recorded. The manufacturer’s instructions and any residual risks should also be considered. Review the machine risk assessment whenever equipment, materials, staffing or working methods change, and following an accident, safety activation or near miss.

Essential bandsaw safety rules include allowing only trained and authorised operators to use the machine. Before starting, check that the blade is suitable and undamaged, machine guards are correctly positioned, safety devices function properly and the workpiece is adequately supported.

Keep hands and the body outside the danger zone, and use workholding or handling aids where practical. Never bypass guards, sensors, tethers or BladeStop detection systems.

Stop, isolate and lock off the industrial bandsaw before clearing blockages, changing blades, cleaning guarded areas or carrying out maintenance. Investigate every BladeStop activation before restarting. Regular professional servicing is also important, and Scott recommends annual servicing by a certified BladeStop technician.

The main UK machine safety regulations for workplace bandsaws include the Provision and Use of Work Equipment Regulations 1998, known as PUWER. PUWER requires machinery to be suitable, maintained, appropriately guarded and used by trained people.

Employers must also assess machinery risks under the Management of Health and Safety at Work Regulations 1999 and meet wider duties under the Health and Safety at Work etc. Act 1974.

New machinery supplied in Great Britain remains subject to the Supply of Machinery (Safety) Regulations 2008 and must have appropriate conformity marking, a Declaration of Conformity and instructions in English. CE or UKCA marking may be used where the relevant rules permit. Standards support compliance but do not replace legal duties or a site-specific risk assessment.

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