TITUM evacuation device company

Built in Riga.
5,000+ TITUM Devices Installed.

TITUM has been engineering individual escape systems since the early 2000s, before most buildings had a plan.

Engineering depth

20+ years

Track record

5,000+

Certification

EN 341

Patent

Secured

TITUM manufacturing and workshop environment in Riga

Assembly

Riga, Latvia

Core proof

Patent secured

Use case

High-rise rescue

About TITUM Safety Systems

A Company Built Around the Failure Point Everyone Else Ignored

The founding insight came from watching how high-rise fires unfolded: stairs blocked, firefighters overwhelmed, people with no way out. Juris Cepurits, a rescue-systems specialist from Latvia, began developing a stationary descent device that required no training, no preparation, and no specialist intervention.

After years of research and engineering, TITUM became the first company in the European Union to receive a safety certificate for an individual rescue device of this class. The system was tested and certified against EN 341:2011, TR CU 019/2011, and Kazakhstan's ST RK 1910-2009, with patent protection secured for the core braking mechanism.

From the first installations in Kazakhstan high-rises to government buildings, energy-sector facilities, and residential complexes across the Baltics and Central Asia, more than 5,000 TITUM devices have now been installed. What started in Riga as a technical response to a human failure point has matured into permanent safety infrastructure.

Company timeline

Twenty Years of Engineering Momentum

From Riga R&D to certified deployments across government, energy, and residential portfolios, TITUM grew by solving the same problem repeatedly under real scrutiny.

2000-2003

R&D begins in Riga

First prototype of the stationary descent device is developed and tested around a simple requirement: usable under stress without specialist setup.

2006

Certification breakthrough

Certification is completed and TITUM becomes the first EU-certified individual rescue device in its class.

2007

Kazakhstan market entry

Kazakhstan SNiP RK 2.02-05-2002 references individual rescue devices, opening a defined regulatory path for TITUM deployments.

2008

KazMunayGas partnership

Devices are installed across JSC National Company KazMunayGas facilities, supported by a formal reference letter.

2009

KazTransOil rollout

JSC KazTransOil deploys TITUM across its portfolio and issues a reference letter confirming delivery and performance.

2009-2010

Institutional recommendations

Recommendations follow from the Presidential Security Service of Kazakhstan, MES agencies, Samruk-Kazyna, Kazakhtelekom, KazTransOil, and KazMunayGas.

2010-2015

Manufacturing consolidation

More than 3,000 devices are installed as assembly consolidates in Riga with EU-sourced components from the UK, Germany, Poland, Italy, France, Sweden, and Finland.

2016-2022

Product line expansion

The T60, T120, and T180 product family expands supported descent height to 180 meters and operating loads to 20-150 kg.

2023-2025

Renewed certification and EU expansion

EN 341:2011 certification is renewed as TITUM expands in the Baltics and Poland and prepares for UAE market entry.

2026+

5,000+ installations milestone

Active expansion continues into the UK, Poland, and UAE with TITUM positioned for PEEPs-driven adoption and broader international specification.

How it's made

Manufactured for Reliability, Not for Brochures

TITUM is assembled in Riga with a supply chain built around durable metals, fire resistance, and mechanical predictability. The device is designed to remove weak links before they can become failure modes.

Component sourcing

[UK] UK [DE] Germany [PL] Poland [IT] Italy [FR] France [SE] Sweden [FI] Finland

Final assembly

Riga, Latvia [LV]

Rope specification

Galvanized special steel rope, 4 mm diameter, 1,340 kg break strength, fire-resistant up to 450 °C.

  • No aging materials used
  • No corrosion-susceptible components
  • No lubricants used, eliminating a fire-risk source
  • Every device individually tested before delivery
Close-up of TITUM rope and descender assembly detail

Assembly detail

Close-up manufacturing view showing TITUM rope guidance and descender mechanism assembly.

TITUM device undergoing quality control and inspection on a test bench

Quality control

Test-bench inspection used to document individual pre-delivery quality checks before shipment.

Finished TITUM devices packed and ready for shipment

Finished device

Finished TITUM units packed on the production line and prepared for outbound delivery.

Credentials & recognition

Trusted by Governments, Energy Companies, and Residents

TITUM's credibility was built through procurement reviews, field demonstrations, and long-cycle installations where performance mattered more than marketing language.

Specification CTA

Ready to Specify TITUM for Your Building?

If your team needs engineering proof, compliance documentation, or a practical path to deployment, start the due-diligence conversation here.