T-ENSHIN RegenMatrix TM-10 · Made in Pune

Your patient's own blood, turned into healing.

A chairside centrifuge with one-touch programs for i-PRF, A-PRF and CGF, and an open program for the protocols you trust.

Book a clinic demo See how it works

Trineetyam T-ENSHIN TM-10 centrifuge, display showing program P3 and 13 minutes

Product image AI-enhanced

6500

RPM maximum, from 500

1–30

minutes, plus infinite mode

2–15

ml tubes, adapters for others

P1 P2 P3

i-PRF, A-PRF, CGF + open

Already working at the chair

From demonstrations at dental and oral surgery clinics.

Fibrin clot lifted out of a tube with forceps — Fibrin clot lifted with forceps

Syringes filled with yellow liquid concentrate — Liquid concentrate, ready to use

Oral surgeon holding a processed tube beside a surgical tray — Chairside during oral surgery

Drawing the yellow upper layer into a syringe — Drawing off the upper layer

Dentist holding up two processed tubes — Checking two processed tubes

Syringe showing separated red and yellow layers — Separated layers in a syringe

Processed tube over a surgical drape — Processed tube at the tray

Four steps, one chair, about the length of a consult

Scroll to watch what happens inside the tube.

Step 1

Draw blood at the chair

A small volume of the patient's own blood is collected into tubes. In most PRF protocols nothing is added to it.

Step 2

Press P1, P2 or P3, then Start

RegenMatrix runs the preset for i-PRF, A-PRF or CGF, or your own speed and time in the open program. If the tubes aren't balanced, it stops itself.

Step 3

The blood separates by weight

Heavy red cells sink. Above them, a yellow layer forms that carries the platelets and fibrin clinicians want.

Step 4

Use the yellow layer

Drawn off as a liquid for injection, or left to set into a fibrin clot that becomes a membrane or plug in the surgical site.

Real tube after a RegenMatrix run: yellow upper layer, dark red cells below

A real tube, straight out of the TM-10

This is what the separation looks like in practice. The yellow column is the part that goes back to the patient.

Liquid

Drawn off by syringe from the top layer and used as an injectable (i-PRF).

Clot

Left to set, the yellow layer becomes a fibrin clot that can be shaped into a membrane or plug.

Labels are a general guide; exact layering depends on the protocol and tubes used.

Every button has one job

The front panel is built so a nurse can run it between patients without a manual. Hover or tap a number.

Program cardThe three presets, printed where you need them.
P1 i-PRFP2 A-PRFP3 CGF
RPM / RCFOne press switches the display between speed and g-force.
TimeLong press to shift between program and time.
DisplayProgram or speed on the left, minutes on the right.
Stop / LidEnds the run and releases the lid.

Speed range

Set precisely anywhere in the range; one button switches the display to RCF.

Timer

1–30min

Any whole minute from 1 to 30, or infinite mode for open-ended runs.

Tubes

2 to 15 ml, with adapters for other sizes.

Built in, not bolted on

Imbalance cut-offStops if tubes aren't balanced

Lid lockReleases when the run ends

Brushless DC motorMaintenance-free, long life

Enhanced airflowQuiet beside the chair

MicroprocessorRepeatable runs

Compact and lightEasy to move

Try a run, then do the maths

A hands-on illustration of what the TM-10 does, and the calculator behind the RPM/RCF switch.

Whole blood

Program

Speed

0000

Time

00:00

Target speed: 3000 RPM

Illustration only: program speeds and times aren't shown, run time is compressed, and layers are schematic.

RPM → RCF

Protocols are written in g-force, but rotors differ in size, so the same RPM gives a different force on a different machine.

Speed: 3000 RPM Rotor radius: 8.0 cm 805 × g RCF = 1.118×10⁻⁵ × r × RPM²

General calculator. Ask us for the TM-10's rotor radius to convert your protocol exactly.

The same workshop prints parts for other makers

3D printing and rapid prototyping from Pune, with design for manufacture, assembly and test. Four processes, each suited to a different job.

FDMFused deposition modelling

A heated nozzle lays plastic filament layer by layer. Fast and economical for concept models and jigs.

SLSSelective laser sintering

A laser fuses powder into solid parts with no supports. Strong, functional parts.

SLAStereolithography

A laser cures liquid resin point by point. Fine detail and smooth surfaces.

DLPDigital light processing

A projector cures a whole resin layer at once. Quick, detailed batches of small parts.

Lower low-volume costLess toolingLess warehouse stockDigital inventoryLess material wasteLess machine downtimeFilament supply

Machine tools · Aerospace · Automotive · Consumer electronics · Home appliances · Prosthetics · Medical devices

Let's get RegenMatrix to your chair

Pick what you need and we'll route it to the right person.

Abhiman B/807, Shirgaon, Pune 410506, Maharashtra
makes@trineetyam.com